CN105310165B

CN105310165B - The method of the method, article of footwear and manufacture article of footwear of braiding braiding textile element

Info

Publication number: CN105310165B
Application number: CN201510290566.7A
Authority: CN
Inventors: 朱莉·A·霍夫曼; 艾米·利特尔; 托马斯·G·贝尔
Original assignee: Nike Innovation LP
Current assignee: Nike Innovation LP
Priority date: 2014-05-30
Filing date: 2015-05-29
Publication date: 2017-05-31
Anticipated expiration: 2035-05-29
Also published as: WO2015183349A1; JP2017517364A; EP3148360A1; CN204796866U; KR20170015388A; TWI606793B; TW201600036A; EP3148360B1; JP6406737B2; US9968156B2; CN105310165A; TWM520275U; US20150342285A1; HK1220589A1; AR100508A1; KR101975095B1

Abstract

Method, article of footwear and manufacture article of footwear method the present invention relates to weave textile element.Seamless interior boots or woven vamp that article of footwear is formed comprising the knitting member that the braiding textile element by being constructed from overall warp knit is removed.Knitting member may include in the first knitting member part and the second knitting member part related to the first knitting member part of seamless interior boot-shaped formula.In some embodiments, during the second knitting member part can fold into or fold into the bag (such as weaving dynamic fit element portion or braiding tongue member part) of the first knitting member part.In some embodiments, the second knitting member part can surround at least part of first knitting member part.

Description

The method of the method, article of footwear and manufacture article of footwear of braiding braiding textile element

Technical field

The present embodiment relates generally to the method for manufacturing article of footwear, and more particularly to weaves for forming seamless interior boots Or the method for the knitting member of the warp knit construction of woven vamp.

Background technology

Article of athletic footwear generally comprises two main elements：Vamp and footwear sole construction.Vamp generally provides phase to foot Accommodate and position the covering of foot securely for footwear sole construction.Vamp can have the configuration of protection foot.Vamp can have Inside to vamp provides logical wind structure, so as to be conducive to cooling foot and/or remove sweat from foot.Footwear sole construction can be consolidated The fixed lower surface to vamp, and being generally positioned between foot and ground surface during use in article of footwear.Sole Structure is configurable to weaken impact and other ground surface reaction forces and energy absorption, i.e., in article of footwear during use Buffering is provided to foot.Footwear sole construction can provide the attachment frictional force relative to ground surface.Footwear sole construction can be in article of footwear Help control foot movement during use.Vamp and footwear sole construction can jointly be provided and be suitably adapted for various ambulatory activities ratios Such as the comfortable structure walked and run.

Vamp can form the cavity for accommodating foot on the inside of article of footwear.Cavity can have the general big of foot Small and/or shape.Vamp can have the opening for providing the entrance for leading to cavity, such as ankle opening.Vamp can be in the pin of foot Back of the body area and toe area top, medial surface and lateral surface along foot and/or the heel area around foot extend.Vamp may include The fastening system or closed-system of the size of opening (for example, ankle opening) are selectively adjusted, such as band or lace system.This Class formation enables a wearer to change some sizes (particularly enclosing length) of vamp, to adapt to the difference foot with different proportion Portion.Vamp may include the flap related to opening and/or closed-system.For example, flap may be arranged at lace system and foot it Between, to strengthen the comfortableness of article of footwear.Vamp may include heel counter to limit movement of the foot in heel region.

Select the material for vamp can be dramatically different.Textile material frequently forms outer surface and the inner surface of vamp At least partially.Textile can be defined as by with flexible, very thin and high length and thickness than the fiber, silk or the yarn that are characterized Thread any manufacture.Textile substantially belongs to the one kind in two kinds of classifications.First category is included by irregularly connecting Lock silk or fiber are to construct supatex fabric (non-woven fabric) and felt by silk or the mesh or mat of fiber (mat) textile for directly producing.Second category includes the textile formed by the mechanically actuated of yarn, such as Woven fabric Or braided fabric.

The content of the invention

On the one hand, the method for manufacture article of footwear includes the braiding textile element of the overall warp knit construction of braiding, the volume Textile element is knitted with the first braiding layer, the second braiding layer, interlayer litzendraht wire trace (interlayer knit stitch Line) and at least one braiding indicating section, second braiding layer covers the first braiding layer, the first of braiding textile element Common edges are continuous with the first braiding layer, and along the direction extension of braiding textile element, the interlayer litzendraht wire Trace interconnects the first braiding layer and the second braiding layer at a certain distance from common first edges, and at least one braiding refers to Show that part positions along common first edges, common first edges and interlayer litzendraht wire trace define the profile of knitting member jointly.Method is also Including removing knitting member from braiding textile element, and knitting member is separated along described at least one braiding indicating section, To produce opening in knitting member.

On the other hand, braiding includes that the method for the braiding textile element of the knitting member for article of footwear includes：Compile The braiding textile element of overall warp knit construction is knitted, the braiding textile element has the first braiding layer, the second braiding layer and interlayer Litzendraht wire trace, second braiding layer covers the first braiding layer and in the first common edges of braiding textile element and the One braiding layer is continuous, and the interlayer litzendraht wire trace interconnects the first braiding layer and the second braiding layer, common first edges With the profile that interlayer litzendraht wire trace defines knitting member jointly；And braiding at least one weave indicating section, it is described at least One braiding indicating section is positioned along the common first edges of braiding textile element, and at least one braiding indicating section is configured to Indicate the defiber for producing opening in knitting member.

On the other hand, article of footwear includes the knitting member of overall warp knit construction.Knitting member includes：First braiding One in layer, its medial surface and lateral surface for forming seamless interior boots；Second braiding layer, its medial surface for forming seamless interior boots and Another in lateral surface, and through the continuous vamp footwear front part and the first braiding layer of seamless interior boots be continuous； Interlayer litzendraht wire trace, it interconnects the first braiding layer and the second braiding layer, and interlayer litzendraht wire trace seamlessly connects nothing The medial surface and lateral surface of boots in seam, and heel portion substantially along seamless interior boots, bottom point and preceding toe portion Center line extends；And at least one braiding indicating section, it indicates collectively at least one defiber of knitting member, and matches somebody with somebody It is set to opening is defined in knitting member, the opening provides the cavity led between the first braiding layer and the second braiding layer and enters Mouthful, opening is positioned between the continuous vamp footwear front part of seamless interior boots and heel portion.

On the other hand, the method for manufacture article of footwear includes the braiding textile element of the overall warp knit construction of braiding, described Braiding textile element has the first braiding layer；Second braiding layer, its first braiding layer of covering, and along the first braiding layer and the The common first edges of the Common openings in two braiding layers are continuous with the first braiding layer, and the common first edges of Common openings are in weaver The direction of skill extends；First interlayer litzendraht wire trace, it interconnects the first braiding layer and the second braiding layer, Common openings Common first edges and the first interlayer litzendraht wire trace define jointly knitting member the first knitting member part and knitting member Opened jointly by the neighbouring of the first braiding layer the profile of two knitting member parts, the second knitting member part of the knitting member Second continuous part of the first continuous part of mouth and the neighbouring Common openings of the second braiding layer is seamlessly connected to the first braiding Element portion；Second interlayer litzendraht wire trace, it makes the first braiding layer and the second braiding layer in the first company with the first braiding layer Interconnected at the position that second continuous part of continuous part and the second braiding layer is spaced apart, the second interlayer litzendraht wire trace is defined The profile of the second knitting member part, and the first knitting member part and the second knitting member part are collectively forming knit unit Part.Method is also included from braiding textile element removal knitting member, and the second knitting member is partially folded in the first volume Knit between the first braiding layer of element portion and the second braiding layer formed inner bag in.

On the other hand, the method for manufacture article of footwear includes the braiding textile element of the overall warp knit construction of braiding, described Braiding textile element has the first braiding layer；Second braiding layer, its first braiding layer of covering, and along braiding textile element The common first edges and the first braiding layer extended along the direction of weaving are continuous；Interlayer litzendraht wire trace, it makes first Braiding layer and the second braiding layer are interconnected；At least one first braiding indicating sections, its along Co-knit layer common edge Edge positioning, common first edges and interlayer litzendraht wire trace define the first knitting member part and the second knitting member portion of knitting member The profile for dividing, the first knitting member is partially configured to form seamless interior boots, and the second knitting member part is in interlayer litzendraht wire trace Place is seamlessly related to the first knitting member part, and the first knitting member part and the second knitting member part are collectively forming volume Knit part.Method is also included from braiding textile element removal knitting member；Braiding is separated along at least one braiding indicating section Part, to produce opening in knitting member；And the second knitting member is partially surrounded the first knitting member part at least A part.

On the other hand, the method for manufacture article of footwear includes：The braiding textile element of the overall warp knit construction of braiding, it is described Braiding textile element has：First braiding layer, the second braiding layer, second braiding layer covers first braiding layer, and It is to connect with first braiding layer along the common first edges of the Common openings in first braiding layer and second braiding layer Continuous, the common first edges of the Common openings extend in the direction of weaving, the first interlayer litzendraht wire trace, and described the One interlayer litzendraht wire trace interconnects first braiding layer and second braiding layer, the Common openings it is described common Define the profile of the first knitting member part of knitting member, described jointly with edge and the first interlayer litzendraht wire trace One knitting member is partially configured to be formed seamless interior boots, and the knitting member the second knitting member part, described second First continuous part and second braiding of the knitting member part by the neighbouring described Common openings of first braiding layer Second continuous part of the neighbouring described Common openings of layer is seamlessly connected to the first knitting member part, and the second interlayer is compiled Stitching line is knitted, the second interlayer litzendraht wire trace makes first braiding layer and second braiding layer be compiled with described first Mutually it is connected at the position that first continuous part of tissue layer is spaced apart with second continuous part of second braiding layer Connect, the second interlayer litzendraht wire trace defines the profile of the second knitting member part, and first knitting member Part and the second knitting member part are collectively forming the knitting member；The braiding is removed from the braiding textile element Part；And by second knitting member be partially folded to the first knitting member part first braiding layer and In the inner bag formed between second braiding layer.

In one embodiment, weaving the braiding textile element includes that braiding is used for the first knitting member part With the closing structure of at least one of the second knitting member part, institute of the closing structure in first braiding layer It is braided at second continuous part of the neighbouring described Common openings for stating the first continuous part and second braiding layer.

In one embodiment, weaving the closing structure includes the braiding multiple braidings related to the closing structure Enclosed member.

In one embodiment, weaving the closing structure includes that braiding is related to the closing structure and matches somebody with somebody It is set to the multiple braiding holes related to the tension element of the closing structure.

In one embodiment, weaving the braiding textile element includes that braiding is used for the first knitting member part With the dynamic fit structure of at least one of the second knitting member part, the dynamic fit structure is in the described first volume At second continuous part of first continuous part of tissue layer and the neighbouring described Common openings of second braiding layer It is braided.

In one embodiment, weaving the dynamic fit structure includes that braiding is related to the dynamic fit structure And it is configured to the multiple braiding holes related to the tension element of the dynamic fit structure.

In one embodiment, first company that the braiding textile element is included in first braiding layer is woven Woven for described first at second continuous part of the neighbouring described Common openings of continuous part and second braiding layer The closing structure of knitting member part, and in first continuous part and second braiding layer of first braiding layer Neighbouring described Common openings second continuous part at weave dynamic fit for the second knitting member part Structure.

In one embodiment, weaving the closing structure includes the braiding multiple braidings related to the closing structure Hole, and the dynamic fit structure is woven including weaving the multiple braiding holes related to the dynamic fit structure.

In one embodiment, at least one of the multiple braiding hole related to the closing structure and with institute At least one of related described braiding hole of dynamic fit structure is stated to be configured to align in registry each other.

In one embodiment, the first knitting member part is seamless interior boots, and second knitting member Boots and instep support member in seamless interior boots that part is arranged to be arranged in the footwear middle region of the article of footwear, seamless dew toe In one kind.

In one embodiment, weaving the braiding textile element includes that braiding at least one indicates to be compiled described first The braiding indicating section of the first fold line in first continuous part of tissue layer and braiding at least one are indicated described The braiding indicating section of the second fold line in second continuous part of the second braiding layer.

In one embodiment, the first knitting member part is seamless interior boots, and second knitting member Part is flap.

In one embodiment, weaving the braiding textile element includes that braiding at least one indicates to be compiled described first The braiding indicating section of the first fold line for the second knitting member part in first continuous part of tissue layer And braiding at least one indicate in second continuous part of second braiding layer for second knit unit The braiding indicating section of the second fold line of part part.

In one embodiment, weaving the braiding textile element includes that braiding is used for the first knitting member part The first closing structure and weave the second closing structure for the second knitting member part, the first closing structure bag More than first related to first closing structure braiding hole is included, second closing structure includes and the described second closure knot More than second related braiding holes of structure, individual braiding hole more than described first and more than second braidings hole are configured to accommodate jointly Tension element.

In one embodiment, in more than described first related to first closing structure braiding holes at least one It is right in registry each other that at least one of more than described second individual and related to second closing structure braiding holes are configured to Together.

In one embodiment, weaving the second knitting member part includes that braiding at least one indicates described first The institute of the common first edges of first continuous part of braiding layer and the neighbouring described Common openings of second braiding layer State the braiding indicating section of the ear portion in the second continuous part.

In one embodiment, second knitting member is partially folded in the first knitting member part and is wrapped The continuous footwear front part for including the neighbouring described seamless interior boots formed by the first knitting member part folds the auricle Part.

Methods described also includes making the ear portion of the flap to be attached to the described continuous of the seamless interior boots Footwear front part.

In one embodiment, the second component part for weaving the braiding textile element includes that braiding at least one is compiled Indicating section is knitted, at least one braiding indicating section connects the end of the Common openings jointly and second interlayer is compiled A part for stitching line is knitted, at least one braiding indicating section and the second interlayer litzendraht wire trace define described jointly The profile of the second knitting member part of knitting member.

In one embodiment, weaving textile element also includes that braiding at least one first weaves indicating section With at least one second braiding indicating sections, described at least one first braiding indicating sections connect jointly the Common openings and The Part I of the second interlayer litzendraht wire trace, described at least one second braiding indicating sections connect described first jointly Interlayer litzendraht wire trace and the second interlayer litzendraht wire trace, described at least one first braiding indicating sections, it is described at least One second braiding indicating section and the second interlayer litzendraht wire trace define second volume of the knitting member jointly Knit the profile of element portion.

Described method also includes making the knitting member be associated with footwear sole construction.

Methods described also include will insert component be inserted in the first knitting member part first braiding layer and The bag formed between first braiding layer of the second knitting member part and the institute in the first knitting member part State at least one of bag for being formed between the second braiding layer and second braiding layer of the second knitting member part it Between.

On the other hand, braiding includes that the method for the braiding textile element of the knitting member for article of footwear includes：Compile Knit the braiding textile element of overall warp knit construction, the braiding textile element has the first braiding layer, the second braiding layer, described the Two braiding layers cover first braiding layer, and along the Common openings in first braiding layer and second braiding layer Common first edges be continuous with first braiding layer, the common first edges of the Common openings are in the direction of weaving Extend, the first interlayer litzendraht wire trace, the first interlayer litzendraht wire trace makes first braiding layer and second braiding Layer is interconnected, and the common first edges of the Common openings and the first interlayer litzendraht wire trace define knitting member jointly The first knitting member part profile, first knitting member is partially configured to form seamless interior boots, the knitting member The second knitting member part, the neighbouring described Common openings that the second knitting member part passes through first braiding layer Second continuous part of the neighbouring described Common openings of the first continuous part and second braiding layer is seamlessly connected to described First knitting member part；And the second interlayer litzendraht wire trace, the second interlayer litzendraht wire trace makes first braiding Layer and second braiding layer are described in first continuous part and second braiding layer with first braiding layer Second continuous part is interconnected at position spaced apart, and the second interlayer litzendraht wire trace defines second knitting member Partial profile, the first knitting member part and the second knitting member part are collectively forming the knitting member.

On the other hand, article of footwear includes：The knitting member of overall warp knit construction, the knitting member includes first Braiding layer, first braiding layer includes Part I and Part II, and the Part I is formed and is configured to seamless interior boots The medial surface of the first knitting member part, the Part II is continuous with the Part I and the second knit unit of formation The medial surface of part part；Second braiding layer, second braiding layer includes Part I and Part II, second braiding layer The Part I formed be configured to the seamless interior boots the first knitting member part lateral surface, it is described second compile The Part II of tissue layer is lateral surface that is continuous and forming the second knitting member part with the Part I, The Part I of second braiding layer passes through the seamless interior boots with the Part I of first braiding layer Continuous vamp footwear front part is continuous；First interlayer litzendraht wire trace, the first interlayer litzendraht wire trace makes described The outside of second braiding layer of the medial surface of first braiding layer of seamless interior boots and the seamless interior boots Face interconnects, and the center line of the heel portion, bottom point and preceding toe portion approximately along the seamless interior boots extends； And the second interlayer litzendraht wire trace, the second interlayer litzendraht wire trace makes described the first of the second knitting member part The lateral surface of second braiding layer of the medial surface of braiding layer and the second knitting member part is interconnected.

In one embodiment, described the of the Part II of first braiding layer and second braiding layer Two parts form the single pantostrat through the interior vamp footwear front part of the second knitting member part.

In one embodiment, the second interlayer litzendraht wire trace is approximately along the second knitting member part The center line of at least one of internal heel portion, internal footwear middle part bottom point and internal preceding toe portion extends.

The article of footwear also includes at least one braiding indicating section, and at least one braiding indicating section indicates to match somebody with somebody First knitting member for being set to the seamless interior boots is partially separated line.

In one embodiment, described the of the Part II of first braiding layer and second braiding layer Two parts are formed includes the second knitting member part of dynamic fit structure.

In one embodiment, described the of the Part I of first braiding layer and second braiding layer A part includes the closing structure for the first knitting member part.

In one embodiment, the closing structure includes more than first braidings for accommodating the first tension element Hole, and the dynamic fit structure includes more than second braiding holes for accommodating the second tension element.

In one embodiment, the braiding hole of at least one of individual braiding hole more than described the first of the closing structure is matched somebody with somebody At least one of more than described second braiding holes with dynamic fit structure braiding hole is set to align in registry, and institute At least one braiding hole at least one braiding hole and the dynamic fit structure of stating closing structure is configured to hold Receive common tension element.

In one embodiment, described the of the Part II of first braiding layer and second braiding layer Two parts formed the seamless interior boots equipped with gusset flap.

In one embodiment, it is described to include more than first braiding holes and more than second braidings equipped with gusset flap Hole, more than described first braiding hole is formed in the Part I and the Part II of first braiding layer, described More than second braiding hole is formed in the Part I and the Part II of second braiding layer.

In one embodiment, more than described first braiding hole and more than second braidings hole are configured to right in registry Together.When consulting the following drawings and describing in detail, other aspect, system, method, feature and advantage of embodiment are to this area Those of ordinary skill will be apparent or will be apparent.Be intended that the other aspect of all such, system, method, feature and Advantage is included in this description and this general introduction, is protected within the scope of the invention and by following claims.

Brief description of the drawings

With reference to the following drawings the present embodiment is better understood with description.Part in accompanying drawing is painted not necessarily to scale System, but focus on the structural principle and the principle of work and power of illustrated embodiment.In the accompanying drawings, identical reference marker is passed through Wear different views and represent corresponding part, and an initial numeral of each reference marker or multiple numerals are represented and wherein should First identified in the accompanying drawings figure number of figure of part.

Fig. 1 is the schematic isometric view of the embodiment of the article of footwear containing seamless interior boots or woven vamp；

Fig. 2 is the schematic plan view of the embodiment for including the braiding textile element of knitting member (before removal), its In show in detail warp knit stitching feature and braiding textile element interlayer warp knit stitching line；

Fig. 3 schematically illustrates the braiding textile element of Fig. 2 with inner side isometric view；

Fig. 4 schematically illustrates the braiding textile element of Fig. 2 with the equiaxial edge view in inner side；

Fig. 5 schematically illustrates the braiding textile element of Fig. 2 with the equiaxial edge view in outside；

Fig. 6 schematically illustrates the braiding textile element of Fig. 2 with outside isometric view；

Fig. 7 is the schematic plan view of the knitting member (after removal) for flap of Fig. 2；

Fig. 8 is the schematic plan view of the knitting member (after removal) for the vamp in seamless interior boot-shaped formula of Fig. 2；

Fig. 9 illustrates the knitting member in state after initial removal of Fig. 8；

The wherein toe portion that Figure 10 illustrates Fig. 9 overturns (inverted) to the knit unit in the internal cavity of knitting member Part；

The toe portion for wherein overturning that Figure 11 illustrates Figure 10 projects through the knitting member of ankle opening；

The toe portion for wherein overturning and Instep portion that Figure 12 illustrates Figure 11 project through the knit unit of ankle opening Part；

Figure 13 illustrates the knitting member that the be totally turned over or inside of Fig. 9 to Figure 12 is routed up；

Figure 14 is schematically illustrated in the seamless interior boots or weaving formed by the knitting member of Fig. 8 with outside isometric view The embodiment of the article of footwear of vamp form；

Figure 15 is schematically illustrated in the seamless interior boots or weaving formed by the knitting member of Fig. 8 with the equiaxial plan in bottom The embodiment of the article of footwear of vamp form；

Figure 16 is schematically illustrated in the seamless interior boots or weaving formed by the knitting member of Fig. 8 with inner side isometric view The embodiment of the article of footwear of vamp form；

Figure 17 is in the seamless interior boots formed by the knitting member of Fig. 8 or the embodiment party of the article of footwear of woven vamp form The schematic equiaxial bottom frontal figure of case；

Figure 18 is in the seamless interior boots formed by the knitting member of Fig. 8 or the embodiment party of the article of footwear of woven vamp form The schematic equiaxial top elevational view of case；

Figure 19 is the footwear of the seamless interior boots related to optional footwear sole construction containing Figure 14 to Figure 18 or woven vamp The schematic equiaxial top elevational view of the embodiment of article；

Figure 20 is the schematic isometric back view of the article of footwear of Figure 19；

Figure 21 schematically reflects the feature of the embodiment of the knitting member (before removal) of the braiding textile element of Fig. 2 It is mapped to the seamless interior boots or woven vamp formed by knitting member；

Figure 22 is the flow chart for including the technique for manufacturing article of footwear using weaving method；

Figure 23 is the schematic plan of the another embodiment for including the braiding textile element of knitting member (before removal) Figure, wherein showing in detail the warp knit stitching of braiding textile element and the feature of interlayer warp knit stitching line；

Figure 24 is schematically by the another embodiment of the knitting member (before removal) of the braiding textile element of Figure 23 Feature Mapping is to the seamless interior boots or woven vamp formed by knitting member；

Figure 25 will schematically weave the Feature Mapping of the another embodiment of the knitting member of textile element to by weaving Seamless interior boots or woven vamp that part is formed, including use the seamless knitted dynamic fit part of continuous closing structure；

Figure 26 schematically illustrates the knitting member of state after initial removal of Figure 25；

Figure 27 schematically illustrates the knitting member that the toe portion of the wherein internal knitting member part of Figure 26 is reversed；

The toe portion that Figure 28 schematically illustrates the upset of the wherein internal knitting member part of Figure 27 is projected through outward The heel portion of the ankle opening of portion knitting member part and internal knitting member part partly projects through ankle opening Knitting member；

Figure 29 schematically illustrate the toe portion of the upset of the wherein internal knitting member part of Figure 28, Instep portion and Heel portion projects through the knitting member of the ankle opening of outer braid element portion；

What the be totally turned over or inside that Figure 30 schematically illustrates Figure 26 to Figure 29 was routed up (that is, weaves by by inside Element portion is folded into another knitting member part) knitting member；

The Feature Mapping that Figure 31 will schematically weave the knitting member of textile element is seamless to what is formed by knitting member The embodiment of interior boots or woven vamp, including use another seamless knitted dynamic fit midsole portion of continuous closing structure Part；

Figure 32 will schematically weave the Feature Mapping of the another embodiment of the knitting member of textile element to by weaving Seamless interior boots or woven vamp that part is formed, including use another seamless knitted dynamic fit part of continuous closing structure；

Figure 33 is the schematic cross section of illustrative exemplary closure, tensioning and/or dynamic fit structure；

Figure 34 will schematically weave the Feature Mapping of the another embodiment of the knitting member of textile element to by weaving Seamless interior boots or woven vamp that part is formed, including use the seamless knitted tongue member of continuous closing structure；

Figure 35 will schematically weave the Feature Mapping of the another embodiment of the knitting member of textile element to by weaving Seamless interior boots or woven vamp that part is formed, including use the seamless knitted tongue member of continuous closing structure；

Figure 36 will schematically weave the Feature Mapping of the another embodiment of the knitting member of textile element to by weaving Seamless interior boots or woven vamp that part is formed, including use the seamless knitted dynamic fit part of coil structure；

Figure 37 schematically illustrates the knitting member of state after initial removal of Figure 36；

Figure 38 surround each medial surface and the outside of knitting member with illustrating the wherein dynamic fit element portion of Figure 37 The knitting member in face；

Figure 39 is schematic illustration partially around each medial surface of knitting member and the dynamic fit part of lateral surface Figure 38 knitting member front view；

Figure 40 is the Figure 39 of schematic illustration entirely around the dynamic fit part of the medial surface and lateral surface of knitting member Knitting member front view；

Figure 41 is the Figure 40 of schematic illustration entirely around the dynamic fit part of the medial surface and lateral surface of knitting member Knitting member side view；

Figure 42 schematically illustrates the knitting member that the wherein toe portion of Figure 41 is partly overturn；

The toe portion for wherein overturning that Figure 43 schematically illustrates Figure 42 projects through the ankle opening of knitting member Knitting member；

The toe portion for wherein overturning and Instep portion that Figure 44 schematically illustrates Figure 43 project through ankle opening Knitting member；

Figure 45 schematically illustrates the knitting member that the be totally turned over or inside of Figure 37 to Figure 44 is routed up；

Figure 46 is the seamless interior boots of the knitting member containing Figure 36 or the somewhat schematic front isometric view (figure of woven vamp After the switching process of 36 to Figure 45)；

Figure 47 is the cross-sectional view of the woven vamp intercepted along section line 47-47 of Figure 46；

Figure 48 is the cross-sectional view of the woven vamp intercepted along section line 48-48 of Figure 46；

Figure 49 will schematically weave the Feature Mapping of the another embodiment of the knitting member of textile element to by weaving Seamless interior boots or woven vamp that part is formed, including use the seamless knitted dynamic fit finger piece part of coil structure；

Figure 50 schematically illustrates the another embodiment of the knitting member of state after initial removal of Figure 49；

Figure 51 schematically illustrates the seamless interior boots or woven vamp formed by the knitting member of Figure 50, wherein braiding dynamic Coordinate finger piece element portion ground around the medial surface and lateral surface of seamless interior boots；And

Figure 52 schematically illustrates the seamless interior boots or woven vamp of Figure 51, wherein braiding dynamic fit finger piece part is complete Medial surface and lateral surface of the loopful around seamless interior boots.

Specific embodiment

This detailed description is generally described the method for manufacture article of footwear and the reality of the article of footwear manufactured by this kind of method Apply scheme.In each embodiment, method generally includes braiding with the first braiding layer of the first braiding layer and covering second The braiding textile element of the overall warp knit construction of braiding layer.In each embodiment, method generally includes braiding includes configuration It is the braiding textile element of the knitting member of boots or woven vamp in the seamless knitted for forming article of footwear.In each embodiment In, the first braiding layer and the second braiding layer form the single continuous of in the braiding footwear front part of boots or woven vamp Layer, and seamless interior boots or woven vamp include interlayer litzendraht wire trace, and the interlayer litzendraht wire trace seamlessly connects first Braiding layer and the second braiding layer.The first segment of this specific embodiment be generally described for weave include being configured to be formed for The embodiment of the method for the braiding textile element of the seamless interior boots of article of footwear or the knitting member of woven vamp.This is specific The second section of implementation method is generally described the knit unit for folding into part (tucked-in portion) including having for weaving The embodiment of the method for the braiding textile element of part.Specifically, second section is generally described includes knitting member for braiding Braiding textile element method embodiment, the knitting member includes being configured to be formed seamless interior boots or woven vamp First knitting member part and it is configured to fold into or fold into seamless interior boots or woven vamp (that is, the first knitting member part) The second knitting member part in inner bag, wherein inner bag are formed by first braiding layer and the second braiding layer of braiding textile element, And part (that is, the second knitting member part) is wherein folded into be configured to accommodate the seamless interior boots of foot or opening for woven vamp With first braiding layer and the second braiding layer of seamless interior boots or woven vamp (that is, the first knitting member part) seamlessly phase at mouthful Close.Section three of this specific embodiment is generally described includes that the braiding of the knitting member with circle segment is spun for weaving The embodiment for knitting the method for element.Specifically, Section three be generally described for weave include knitting member braiding weave The embodiment of the method for element, the knitting member includes being configured to be formed the first knit unit of seamless interior boots or woven vamp Part part and at least one of second volume for being configured to surround seamless interior boots or woven vamp (that is, the first knitting member part) Element portion is knitted, interlayer of its encircled portion (that is, the second knitting member part) in the first knitting member part weaves stitching The first braiding layer and/or the second braiding layer at line to the first knitting member part is seamlessly related.

Seamless interior boots or woven vamp footwear configurations

This section is generally described for weaving including being configured to form the seamless interior boots or woven vamp for article of footwear Knitting member braiding textile element method embodiment.

Fig. 1 is the equiaxial top elevational view of the embodiment of article of footwear 100 (being also known as article 100).In some realities Apply in scheme, article 100 can take the form of sport footwear or the related footwear of motion, including but not limited to：Nailed climbing boots, English foot Sneakers, rugby footwear, sneakers, running shoe, cross-training footwear, Rugby football footwear, basketball shoes, spike and other kinds The sport footwear or footwear of class.In some embodiments, article 100 can take the form of the related footwear of various non-athletic, bag Include but be not limited to：The footwear and/or clothes of slippers, sandals, high-heeled shoes, loafer and any other species.

As shown in FIG. 1, in some embodiments, article 100 may include vamp 102 and optional footwear sole construction 104.Footwear sole construction 104 can be fixed to vamp 102 and extend between foot and ground surface in dress article 100.One In a little embodiments, footwear sole construction 104 can be configured to and provide attachment frictional force to article 100.In some embodiments, sole Structure 104 can be configured to when walking, run or other ambulatory activitieses during between foot and ground surface compress when absorb or Weaken impact or other ground surface reaction forces.

The configuration of footwear sole construction 104 can be dramatically different in various embodiments, with including various known or newly developed Footwear sole construction and/or part.For example, footwear sole construction 104 can differently include footwear outer bottom, midsole and/or inner sole. Under certain situation, one or more in these parts can be optional.In some cases, footwear sole construction 104 itself can Being optional.In some cases, be selectable to be suitable for footwear sole construction 104 can be thereon for the configuration of footwear sole construction 104 The ground surface of one or more type for using.Exemplarily surface may include but be not limited to：Natural sod, artificial grass, mud Ground, sand ground, gravel, snow, ice and other surfaces.

Vamp 102 can be configured to receiving and cover foot.In some embodiments, vamp 102 may include to vamp 102 Inside provide entrance opening 106.For example, as shown in fig. 1, in some embodiments, opening 106 can be that ankle is opened Mouthful.

In some embodiments, vamp 102 may include fastening structure or closing structure or for tension or with its other party Other supply things (provision) of the registration property (for example, enclosing length) of formula regulation vamp 102.For example, in some embodiments In, vamp 102 may include tensioning member (such as lace member 122) and for accommodating one or more shoestrings or other tensioning structures The eyelet 124 of part (such as hawser) 126.In this way, the size of opening 106 and the corresponding of vamp 102 enclose length can be conditioned with The fitness of customization vamp 102 and article of footwear 100.In some embodiments, the lace member 122 of closing structure can be provided The opening of enhanced marginal texture and formation with V-arrangement configuration, U-shaped configuration or another configuration.In some embodiments, such as Shown in Fig. 1, the closing structure with V-arrangement configuration can provide improved Performance Characteristics, such as comfortable and cooperation.For example, Under certain situation, V-arrangement closed configuration can realize footwear forward region throughout vamp 102 and article of footwear 100 and/or instep area compared with Tight closure, the closing structure for having square or U-shaped configuration by tensing without causing the possibility of footwear forward region of vamp is caused Fold.In other embodiments, closed-system can provide enhancing in the terminal part office of the footwear forward region of neighbouring vamp 102 Marginal texture.Those skilled in the art are possible to be readily selected and are suitable for vamp 102 and the desired of article of footwear 100 is matched somebody with somebody Close the shape and configuration with the closed-system of Performance Characteristics.

In some embodiments, vamp 102 may include flap 130 (being illustrated with dotted line in Fig. 1).Flap 130 can It is arranged between fastening structure or closing structure and foot, to promote comfortable and coordinate.For example, flap 130 may be arranged at shoestring Between component 122 and foot-between eyelet 124 and foot-or shoestring 126 and the foot being contained in the inside of vamp 102 Between.It will be appreciated that flap can be in some embodiments optional.

In some embodiments, vamp 102 can generally by may pass through footwear forward region 142, footwear middle region 144 and heel Each in area 146 and both extend along lateral surface 148 and medial surface 150 the integral weaving portion in seamless interior boot-shaped formula Part 140 is formed.This with it is many it is known by for example by suture or combine be connected multiple material element (for example, textile, gather Compound foam, polymer flake, leather, synthetic leather) formed footwear uppers it is opposite.In some embodiments, knit unit Part 140 may also include flap 130.Knitting member 140 can form both the exposed outer surface of vamp 102 and relative inner surface Part.In this regard, knitting member 140 can define at least a portion of the cavity in vamp 102.Knitting member 140 Extend also under foot.In some embodiments, article of footwear 100 may include footwear sole construction, and knitting member 140 one Part can extend under foot.In this construction, knitting member can replace shoe-pad (sock liner) or be worked as shoe-pad.

As described in more detail below, the most knitting member 140 that can form vamp 102 generally includes braiding Material, such as from braiding textile element.In this regard, in some embodiments, vamp 102 can be generally soft It is tough and be lightweight relative to some other known vamp materials.Although some embodiments disclosed herein can have been illustrated The full vamp including braided material, but other embodiments of vamp can only partially include braided material (or textile material).

In some embodiments, vamp 102 may include one or more holes, hole, perforation, opening, space, groove or other This class formation (being commonly known as hole below).Vamp 102 may include with various configurations and in each group hole of each location arrangements (multiple holes 152 are collectively referred to as herein).However, in some embodiments, this kind of hole can be optional.In some realities In applying scheme, the whole thickness that some holes may pass through vamp 102 extends, and other holes can only partially through vamp 102 thickness Degree extends.The given number in the hole in multiple holes 152, size, shape, alignment and configuration can be different because of embodiment.It is multiple The specific configuration in hole 152 is selectable to realize the desired Performance Characteristics of vamp 102, such as vamp 102 is general or partial The general or partial draftability or flexible nature of gas permeability and/or vamp 102.For example, greater number and/or large-size Hole can provide the larger part or overall softness and draftability of fabric.Selectively, different pattern (the such as Cheng Zhi in hole Line, staggeredly or offset pattern) different part and/or overall softness, draftability and/or ventilation characteristics can be provided.Multiple holes 152 specific configuration is also selectable to provide aesthstic attractive force.

For the purpose of reference, vamp 102 and/or article of footwear 100 generally may be logically divided into footwear front part 160, footwear Portion part 162 and heel portion 164.Footwear front part 160 generally can be with the joint being connected with phalanx for tiptoe and by metatarsal Toe box (toe box) it is related.Footwear mid portion 162 generally can be related to the instep of foot and/or arch of foot.Heel portion 164 generally can be related to the heel (including calcaneum) of foot.Vamp 102 generally may also include outboard side portion 166 and medial surface Part 168.Outboard side portion 166 and side portion 168 can be the opposite flanks of vamp 102.Lateral surface 166 and medial surface One or both in 168 can extend across footwear front part 160, footwear mid portion 162 and heel portion 164.Some are implemented Scheme may also include preceding toe portion 154 and vamp (vamp) or Instep portion 156.

As used in this description, term footwear front part or footwear forward region, footwear mid portion or footwear middle region, heel Part or heel region, toe portion or toe cap area and Instep portion or instep area are only intended to the purpose of description, and unexpectedly Figure divides exact part or the border of vamp 102.Similarly, term lateral surface (or Outboard Sections) and medial surface (or inside portion Point) it is intended to be generally designated by the both sides of article, accurately divided into two rather than by vamp 102.

As mentioned above, vamp 102 can be formed by knitting member 140 at least in part.Knitting member 140 can be from braiding Textile element is removed, and the braiding textile element includes being configured to be separated (for example, incision) and formed or shaped with around foot Approximate flat, two dimension the layered structure that portion extends.As drawn in Fig. 1, in some embodiments, knitting member 140 Form the foot that is facing inwardly toward away from the exposure outside of foot or outer side (or outer surface) and vamp 102 of vamp 102 Both inner side or private side (interior surface).

As discussed in further detail below, knitting member 140 can be formed as larger braiding weaving by overall warp knit construction A part for element.In the case, knitting member 140 can be removed from larger braiding textile element, and knitting member 140 Various features can be operated and/or processed, to form the intended shape of vamp 102.

In some embodiments, single braiding textile element may include multiple knitting members, and it can be removed with shape Into separate part.For example, first knitting member and the second knitting member of single braiding textile element can be corresponding to for footwear The matching of the seamless interior boots in left and right or woven vamp of class article is right.Selectively, the first volume of single braiding textile element Knitting part and the second knitting member can correspond to seamless interior boots or woven vamp and related flap or other and be used for article of footwear Accessory.It will be appreciated that braiding textile element may include the knitting member of other number and/or species.

Knitting member 140 can assign various features or Performance Characteristics to vamp 102.Knitting member 140 can be provided more than one Various advantages of a little known vamp configurations.As mentioned above, it is known that footwear uppers can be by one or more seam crossings For example, by suture or combine connection multiple material elements (for example, textile, foam of polymers, polymer flake, leather, Synthetic leather) formed.When the material elements in being incorporated into vamp number and type increase when, with transport, storage, cutting and even Connecing material elements related time and expense can also increase.The number and type of the material elements in vamp is incorporated into increase When, the waste material for coming Self cleavage and sewing process is also possible to accumulation to largely.The vamp of the material elements with greater number May more be difficult to reclaim than the vamp formed by less type sum purpose material elements.Therefore, reduce for manufacturing vamp The number of material elements can reduce waste, while increasing the manufacture efficiency and recuperability of vamp.For this purpose, in some realities Apply in scheme, knitting member 140 can form sizable part of vamp 102, so as to increase manufacture efficiency, reduce waste and letter Change recuperability.

The embodiment of vamp 102 it is also possible to use one or more strengthening parts.As used in present disclosure, term One or more layers in knitting member 140 that strengthening part refers to vamp are contained within any portion of any other material Point.Strengthening part may include the layer of the separation that component is such as inserted filled with reinforcing material of knitting member 140.Vamp can be based on Desired Performance Characteristics come select insert component, such as rigid leather or plastics, or for buffer foam rubber Glue.Insertion component can be located in the specific region of vamp, to provide region or vamp the Performance Characteristics of part or totality.According to The insertion material for using, strengthening part can assign intensity and/or the enhancing of increase to vamp, and/or the buffering of increase and comfortable Property.For example, in some embodiments, flap 130 may include the two-layer knitting member with insertion component (or strengthening part), Insertion component (or strengthening part) is inserted into the foamed material between the two-layer of knitting member.In some embodiments, Toe cap area or heel region may include in insertion component (or the enhanced portion of toe-cap (toe cap) or rear enclosure (heel cap) form Point), its be inserted between the layer of knitting member or knitting member layer and band or other braiding structures between rigid material Material.

Knitting member 140 can be used tricot machine and warp knitting technology to be constructed to be formed by overall warp knit.In some embodiments In, flat warp knitting machine (flat warp knitting machine) can be used to form the knitting member of overall warp knit construction. In some embodiments, knitting member 140 can be used the tricot machine with two groups of pins to be formed as the tubulose of integral weaving construction Textile.

Such as used herein and in the claims, knitting member is defined as when being formed as single type by weaving Formed by " integral weaving construction " during element.That is, weaving generally forms the various features and structure of knitting member, without Need a considerable amount of other manufacturing steps or technique.Integral weaving construction can be used to be formed with include yarn or other One or more rows of braided material or the structure of stringer or the knitting member of element, the structure or element are connected so that The structure or element include at least one common row or stringer (that is, sharing common yarn) and/or are included in described Substantially continuous row or stringer between each in structure or element.Arranged using this, there is provided integral weaving is constructed Single type element.Warp knitting technology is used to form in the embodiment of knitting member wherein, and knitting member can be by integrally passing through Construction is compiled to be formed, and can be described with the structure or element of yarn or one or more stringers of other braided materials is included Structure or element are connected so that the structure or element include at least one common stringer (that is, sharing common yarn) and/ Or it is included in substantially continuous stringer between each in the structure or element.

As used in the disclosure, yarn is generally defined as by least one or multiple fibroplastic with phase When big length and the component of relatively small cross section.Silk can have indefinite length and can individually or with one or more other Silk is applied in combination, and the yarn of textile is suitable for produce.Modern silk include various synthetic materials, such as artificial silk, nylon, Polyester and polyacrylic, wherein silk are primary, naturally occurring exceptions.Fiber can have relatively short length, and Spinning (spinning) or twisting process is needed to produce the yarn of the appropriate length for textile.The example of fiber includes cotton And hair.Yarn can be formed by being routinely referred to as single silk that the single silk of monofilament yarn or multiple gather together. Yarn may include the independent silk formed by different materials.Yarn may include two or more different materials formation of each freedom Silk.Similar concept is applied to the yarn formed by multiple fiber.Therefore, yarn can have be typically compliant with definition provided above Various configurations.Those skilled in the art are possible to the desired Performance Characteristics choosing of characteristic and knitting member 140 based on yarn Select one or more known or later developed yarn for being suitable for expecting application.

Knitting member 140 can contain the multiple types for assigning heterogeneity to separate the region of vamp 102 and/or flap 130 The yarn of type.That is, a part for knitting member 140 can be formed by the yarn for assigning first group of first kind of property, and be compiled The another part for knitting part 140 can be formed by the yarn for assigning second group of Second Type of property.In this configuration, property can lead to Cross selection and run through vamp 102 and/or flap 130 changes for the specific yarn of the different piece of knitting member 140.Certain kinds The yarn of type is with will assigning the property section of a part for knitting member 140 depending on the various silks and fiber formed in yarn Material.For example, cotton provides soft feel, natural aesthetic feeling and biological degradability.Elastomer and stretched polyester each provide quite big Draftability and restorative, wherein stretched polyester also provides recuperability.Artificial silk provides high glaze and hygroscopicity.Hair is also provided High-hygroscopicity in addition to insulating property (properties) and biological degradability.Nylon is the durable and wear-resisting material with relative high intensity. Polyester is the hydrophobic material of the durability for also providing relatively high.

In addition to the materials, be knitting member 140 selection yarn other aspect can influence vamp 102 and/or flap 130 property.For example, the yarn for forming knitting member 140 can be monofilament yarn or polyfilament yarn.Yarn may include each freedom The independent silk that different materials are formed.Yarn may include the silk that each freedom two or more different materials are formed, such as wherein silk The bi-component yarn of the two halves formed with sheath-core configuration or by different materials.Twisting and the different degrees of and difference of curling Danier can also influence the property of vamp 102 and/or flap 130.Therefore, other aspects of the material of formation yarn and yarn are equal It is selectable to assign region of various properties to separate vamp 102 and/or flap 130.

Generally, textile can be come by for example, by intertexture, entanglement and twisting or mutual looper (interlooping) technique Mechanically operated one or more yarns are formed.Intertexture is two yarns intersecting with what is interweaved with crossing at right angle each other.For The yarn of intertexture is routinely referred to as warp thread and weft yarn.Winding and twisting include that such as wherein yarn is entangled with one another to form weaving The woollen yarn knitting of product and the program of knotting.Mutual looper is related to the formation of the perpendicular row of the multiple of intermeshing ring, wherein braiding is mutual The common method of looper.Therefore, textile element can be formed by for the one kind in these techniques for manufacturing textile.At some In embodiment, braiding textile element can be used weaving to be formed.

Various mechanical technologies are developed to by weaving manufacture textile.Generally, mechanical technology can be classified as through Compile or weft knitting.As used in this description, it is in that zigzag is moved (i.e., along the length of textile that warp knit refers to wherein yarn Adjacent perpendicular row or the stringer of braiding are followed, rather than along single-row or row) type weaving method.In order to contrast, such as originally Used in specification, weft knitting refers to the braiding through the width of textile.Can be used to manufacture the various specific son of textile The warp knit of type includes Trico warp knit (tricot), La Sheer warp knits (raschel) and crosspointer bar La Sheer warp knits, and (it is also wrapped Include jacquard weave crosspointer bar La Sheer warp knits).

In some embodiments, braiding textile element can be used warp knitting technology to manufacture.Therefore, in some embodiments In, the knitting member 140 being included in the braiding textile element of warp knit construction may include through woven material (for example, knitting member 140 Can be warp knit part).Using warp knit textile element can help reduce knitting member 140 periphery or exposed edge due to braiding Part 140 is from the removal of braiding textile element or otherwise separates the tendency that (for example, cutting) scatters.In exemplary embodiment party In case, braiding textile element can be formed by warp knitting technology by integral weaving construction, and be may include in identical braiding weaving One or more knitting members (including one or more vamps and/or flap) formed together on element.

In some embodiments, braiding textile element can be used different yarns to manufacture to form side and opposite side. For example, in some embodiments, braiding textile element can be used different yarns to manufacture to form exposed outer side and interior Portion side.Can be manufactured with exposure by using different yarns, braiding textile element on exposed outer side and private side Outer side and private side on have different braided configurations.For example, in some cases, yarn on exposed outer side Particular configuration may differ from the configuration of the yarn on private side.These differences may include but be not limited to following one or more： The difference of Weaving pattern, the difference of braiding structure, the difference of the yarn types for using, the difference of the yarn color for using and/or The difference of the material character of the yarn for using is (for example, selection is providing softer inner side or private side and durable exposed outer The different materials of portion side).

In some embodiments, it is possible to provide for outer side braided configuration with to the exposed outer of knitting member 140 Portion side assigns largely durability, intensity and/or wearability or abrasion resistance.For example, have heavier danier or by compared with The braided configuration that the yarn that strong or more robust material is made can be used on exposed outer side, it is largely durable to provide Property, intensity and/or wearability or abrasion resistance.Similarly, in some embodiments, it is possible to provide for the braiding structure of inner side Type, to assign the comfortable or softness of higher degree, to serve as the liner of vamp 102.For example, having lighter denier or by touching The braided configuration that the yarn that soft material is made up can be used on inner side or private side, it is largely comfortable or soft to provide It is soft.In the case of each desired braided configuration of selection in the exposed outer side and private side for knitting member, the phase The characteristic of prestige is selectively available to vamp.

Fig. 2 to Fig. 6 illustrates the embodiment party of the braiding textile element of the knitting member for being included in the preceding state of removal or situation The schematic diagram of case.Fig. 2 is the signal of the embodiment for including the braiding textile element 200 of knitting member 230 and 240 (before removal) Property plan, wherein braiding textile element warp knit stitching 213 and interlayer warp knit stitching line 214 feature respectively with amplify it is detailed Thin view 213 and 215 schematically shows.Fig. 3 to Fig. 6 is shown from inner side isometric view with rotational order to outside isometric view Meaning property illustrates braiding textile element 200, and wherein Fig. 3 is inner side isometric view, and Fig. 4 is the equiaxial edge view in inner side, and Fig. 5 is outer The equiaxial edge view in side, and Fig. 6 is outside isometric view.It will be appreciated that Fig. 3 to Fig. 6 is intended to explanation braiding weaving unit The schematic diagram of some features of part.Fig. 2 to Fig. 6 illustrates braiding textile element 200 as continuous braiding layer (for example, tubulose Braiding textile element) being conducive to illustrating and discussion can be used for some of some embodiments feature and (such as be compiled along two-layer Knit the feature (Fig. 4 and Fig. 5) of the common first edges of textile element) and some techniques.However, in some embodiments, braiding is spun Knitting element 200 can not have generic tubular configuration.

Braiding textile element 200 can be the braiding product of tricot machine and warp knitting technology.Weaving textile element 200 can be The generally flat two-dimensional structure of the second layer 204 including ground floor 202 and covering ground floor 202.In some embodiments, Braiding textile element 200 can be used the tricot machine with two groups of pins to be formed as tubular textile.In some embodiments, weave The single weaving that the direction of feed that textile element 200 can be used in arrow 201 is in progress carrys out warp knit.In some embodiments In, braiding textile element 200 is overall warp knit configuration.

In the tubular configuration of Fig. 2 to Fig. 6, ground floor 202 and the second layer 204 have because warp knitting technology is initially exposed Common, continuous first surface 206 and due to the initial unexposed common second surface 208 of warp knitting technology.Especially, One layer 202 of exposed first surface 206 and the exposed first surface 206 of the second layer 204 are around pipe-type woven textile element The outer surface of 200 common first edges 210 is continuous.Similarly, the He of initial unexposed second surface 208 of ground floor 202 The initial unexposed second surface 208 of the second layer 204 is continuous around the inside of common first edges 210 or inner surface.Such as Shown in Fig. 2 to Fig. 6, in some embodiments, initial exposed first surface 206 and initially unexposed surface 208 Can also be continuous around second common first edges 212 relative with common first edges 210.In some embodiments, it is initially sudden and violent The first surface 206 of dew and initial unexposed surface 208 can be discontinuous at second edge 212.It will be appreciated that Term common first edges as used in this description refer to substantially continuous layer, and the substantially continuous layer is along line Or folding line (for example, by turning back or turning back onto itself) transition between opposite side, serve as the border shared between opposite side Or periphery is to form common first edges, and the noncontinuous surface or profile between opposite side are not indicated.

Braiding textile element 200 is included in the interlayer litzendraht wire trace between ground floor 202 and the second layer 204.For example, such as Shown in Fig. 2, in some embodiments, braiding textile element 200 may include to be located at the interlayer at the periphery of knitting member 240 Litzendraht wire trace 214 and the interlayer litzendraht wire trace 232 at the periphery of knitting member 230.Fig. 2 is included in knitting member 240 footwear front part is in the amplification of the interlayer litzendraht wire trace 214 between the first braiding layer 202 and the second braiding layer 204 Schematic diagram 215.As shown in 215, interlayer litzendraht wire trace 214 be included in the first braiding layer 202 and the second braiding layer 204 it Between interlayer braiding stitching, wherein at least one yarn of the first braiding layer 202 is in the first braiding layer 202 and the second braiding layer The mutual looper of at least one yarn of 204 intersection and the second braiding layer 204.In some embodiments, the first braiding layer Multiple yarns of 202 multiple yarns and/or the second braiding layer 204 can at interlayer litzendraht wire trace 214 mutual looper.

Braiding textile element 200 is the textile material that knitting member 230 and 240 can be removed from it.The He of knitting member 230 240 can be removed by any of or later developed minimizing technology.For example, knitting member 230 and 240 can be by cutting Cut, punching press or for separating knit unit from any excess material of larger braiding textile element 200 or braiding textile element 200 Any other method of part is removed or separated.In some embodiments, knitting member 230 and 240 can be by using cutting Technique or other separating technologies separate knitting member 230 and 240 and make a return journey along interlayer litzendraht wire trace 214 from textile element 200 Remove.It will be appreciated that because the first braiding layer 202 and the second braiding layer 204 use warp knitting technology along interlayer litzendraht wire trace 214 and interlayer litzendraht wire trace 232 interconnect, so along interlayer litzendraht wire trace 214 and 232 separate braiding textile element 200 can not cause knitting member 230 and 240 to be scattered along separate or cut edge.

Fig. 3 to Fig. 6 is illustrated for removing or separating volume from braiding textile element 200 using optional braiding indicating section The method for knitting part 230 and 240.In some embodiments, knitting member 230 and 240 can be used one or more optional Braiding indicating section is removed or separated from braiding textile element 200.Fig. 3 is illustrated around knitting member 230 corresponding to flap Outer periphery or profile set braiding indicating section 310.Fig. 3 is illustrated and (shown in such as Fig. 1 around knitting member 240 Vamp 102 knitting member 140) the braiding set corresponding to the outer periphery or profile of seamless interior boots or woven vamp Indicating section 312.

Knitting member 230 can be by first to be weaved from braiding along the separation of indicating section 310 braiding textile element 200 is woven Part 200 is removed or separated.Knitting member 240 can separate braiding textile element 200 come from volume by along braiding indicating section 312 Textile element 200 is knitted to remove or separate.It will be appreciated that because the first braiding layer 202 and the second braiding layer 204 use warp knit work Skill is interconnected along interlayer litzendraht wire trace 214 and interlayer litzendraht wire trace 232, so along the braiding He of indicating section 310 312 separate braiding textile element 200 can not cause knitting member 230 and 240 to be scattered along separate or cut edge.This Outward, setting braiding indicating section 310 and 312 along the outer periphery of knitting member 230 and 240 can provide interlayer litzendraht wire trace Control interval between 214 and 232 and each separation or cut edge along braiding indicating section 310 and 312.Will reason Solution, this control interval can also assist to prevent knitting member 230 and 240 from being scattered along any of its periphery edge.

Fig. 3 to Fig. 6 is illustrated for being removed from braiding textile element using cutting tool 314 (such as knife) or separating braiding The method of part.Fig. 3 illustrates the first braiding layer 202 by cutting braiding textile element 200 along braiding indicating section 312 In the method that formation separation or line of cut 316 to separate knitting member 240 from braiding textile element 200.Similarly, Fig. 6 diagrams Separation or line of cut are formed by cutting second braiding layer 204 of braiding textile element 200 along braiding indicating section 312 616 methods for be separated from textile element 200 knitting member 240.Due to the first braiding layer 202 and the second braiding layer 204 along Interlayer litzendraht wire trace 214 is interconnected, it will be appreciated that, in some embodiments, the first braiding layer 202 and second weaves Layer 204 can with it is single and meanwhile separation or cutting method separate or cut.

Fig. 4 and Fig. 5 illustrate the side for separating the part of knitting member 240 to form opening in knitting member 240 Method.Fig. 4 illustrates the braiding indicating section 410 (as shown in dual dotted line) positioned along common first edges 210, and Fig. 5 is illustrated Separation is formed using cutting method or line of cut 510 (corresponding to the ankle opening of knitting member 240) is indicated along braiding The method that part 410 separates knitting member 240.Similarly, Fig. 5 illustrates braiding indicating section 512 (as shown in dual dotted line), And Fig. 4 is illustrated and is formed separation or line of cut 412 (corresponding to the opening of closed-system) along braiding using cutting method The method that indicating section 512 separates knitting member 240.In some embodiments, as shown in Figures 4 and 5, instruction unit is woven Dividing 410 and/or weave indicating section 412 can form substantially along straight line.In some embodiments, indicating section is woven 410 and/or braiding indicating section 412 can not be formed along straight line, but can have regular or irregular geometric configuration. For example, in some embodiments, braiding indicating section 410 can be arranged to provide the wavy of contoured ankle opening Profile sweep.In some embodiments, braiding indicating section 412 can have a series of fan for setting off lace members The line of shape configuration.In some embodiments, braiding indicating section 410 and braiding indicating section 412 can be continuous, and In some embodiments, knitting member 240 can be referred to single continuous cutting method or other separation methods along braiding Show that part 410 and 412 separates.In some embodiments, braiding indicating section 412 can be optional (that is, knot without closure Structure).The person skilled in the art will easily understand the various of the braiding indicating section for being suitable for forming desired ankle opening Configuration and any optional closing structure for desired vamp configuration.

In the configuration of Fig. 2 to Fig. 6, braiding textile element 200 (and therefore, knitting member 230 and 240) with including Generally flat, two-layer the two dimensional configurations of one or more yarns being woven together.In some embodiments, braiding is spun Knitting element 200 can have generally tubular configuration.In some embodiments, braiding textile element 200 can have along braiding The open or discontinuous configuration of the second common first edges 212 of textile element 200.For example such as the following public affairs in Figure 23 and Figure 24 In some embodiments opened, ground floor 202 and the second layer 204 can be in the area on the outside of the periphery of knitting member or profile or regions At least a portion on have substantially continuous interlayer weave stitching.

Knitting member 240 may include to correspond to the part or region of seamless interior boots as shown in Figure 1 or woven vamp 102 Various pieces.For example, knitting member 240 may include to correspond respectively to the footwear of the knitting member 140 of the vamp 102 in Fig. 1 The footwear front part 242 of front part 142, footwear mid portion 144 and heel portion 146, footwear mid portion 244 and heel portion 246.Similarly, for example, outboard side portion 248 may correspond to the lateral surface 148 of the knitting member 140 of vamp 102, and inner side Face part 250 may correspond to the medial surface 150 of the knitting member 140 of vamp 102.

Fig. 7 is the schematic plan view of the knitting member 230 (after removal) corresponding to flap of Fig. 2.Knitting member 230 is Overall warp knit construction.In some embodiments, knitting member 230 may include the first braiding layer 202, the and of the second braiding layer 204 Define the periphery of knitting member 230 or the interlayer litzendraht wire trace 232 of profile.Because knitting member 230 is led at its periphery The overall warp knit construction that interlayer litzendraht wire trace 232 is defined is crossed, so knitting member 230 can have working as from braiding textile element By the knitting structure of the stabilization do not scattered at its periphery edge when 200 separation and removal.Knitting member 230 may include to indicate Braiding indicating section 234 for producing the defiber of opening 236 in knitting member 230.In this way, cavity or bag can be Formed in the inside of knitting member 230.In some embodiments, knitting member 230 can optionally be routed up by opening 236 Come.In the case, the initial exposed outer surface 206 of knitting member 230 can be initial unexposed interior with knitting member 230 Surface 208 exchanges.In some embodiments, initially exposed surface 206 can be with different from initial unexposed surface 208 Finishing and/or aesthetic characteristic.In any case, for example, the optional insertion component (not shown) being made of a foam material The interior sky formed between first braiding layer 202 and the second braiding layer 204 of knitting member 230 can be inserted into by opening 236 In chamber or bag, to change the damping characteristics of flap.Knitting member 230 is settable multiple holes 238.In some embodiments, Multiple holes 238 may be provided in the second braiding layer 204 of neutralization of the first braiding layer 202.In some embodiments, multiple holes 238 In can be optionally disposed at the first braiding layer 202 or the second braiding layer 204.Multiple holes 238 can for example corresponding to multiple holes 238 Braiding instruction unit office formed by weaving or by separating knitting member 230.It will be appreciated that multiple holes 238 Improved totality and/or local ventilation characteristic can be provided.Multiple holes 238 may also provide desired aesthetic characteristic.

Fig. 8 is showing for knitting member 240 (after the removal) of the seamless interior boots or woven vamp corresponding to article of footwear of Fig. 2 Meaning property plan.For example, in some embodiments, knitting member 240 may correspond to the knitting member of the vamp 102 in Fig. 1 140.Knitting member 240 is overall warp knit construction.Knitting member 240 generally includes the medial surface to form knitting member 240 Second braiding layer 204 of the lateral surface of the first braiding layer 202 and formation knitting member 240.First braiding layer of knitting member 240 202 and second braiding layer 204 be continuous throughout footwear front part 242 (including common marginal portion 210).Knitting member 240 include the interlayer for making the first braiding layer 202 and the second braiding layer 204 be interconnected along the peripheral part of knitting member 240 Litzendraht wire trace 214.In some embodiments, as shown in Fig. 2 and Fig. 8, interlayer litzendraht wire trace 214 can be around braiding The preceding toe portion 254 of part 240, the heel part through the bottom of knitting member 240 point 256 and around knitting member 240 246 are divided to extend.

Knitting member 240 can have by corresponding to what the edge 216 of braiding indicating section 410 and defiber 510 was defined Ankle opening 810 and the closing structure defined by the edge 218 corresponding to braiding indicating section 412 and defiber 512 221.In some embodiments, closing structure 221 may include lace member 222 and eyelet hole 224.Lace member 222 can be wrapped The enhancing knot of the knitting member 240 that the braided configuration or yarn for including by selecting to provide strong, durable textile property are produced Structure.The specific configuration of closing structure 221 (for example, including lace member 222 and eyelet hole 224) can be by selecting knitting member 240 braided configuration is provided.For example, in some embodiments, eyelet hole 224 can include thering is desired size by selection Formed with the braided configuration of the knitting member 240 in the braiding hole of shape.Selectively, in some embodiments, for hole The braided configuration in eye hole 224 may include to indicate to be indicated for the braiding for separating knitting member 240 to form the position in eyelet hole 224 Part.

In some embodiments, the knitting member 240 for removing or being separate from braiding textile element 200 can be operated directly Or stretch to form seamless interior boots or woven vamp in its final form.However, in some embodiments, being operated or Stretching is so that before forming final seamless interior boots or woven vamp, knitting member 240 may be reversed or inside is routed up, seamless to present The optional finishing surface of interior boots or woven vamp.

Fig. 9 to Figure 13 schematically illustrates the optional switching process of the knitting member 240 for Fig. 8 (that is, for that will go Routed up inside knitting member 240 after removing).Because knitting member 240 is by including exposed periphery edge, (it is partially by edge Interlayer litzendraht wire trace 214 to separate (for example, cutting) to define) overall warp knit construct to be formed, so knitting member 240 is logical Often provide the knitting structure of the stabilization do not scattered at separate periphery edge.However, in some embodiments, knit unit Part 240 can be reversed interior with initially unexposed to exchange the initial exposed outer surface 206 of ground floor 202 and the second layer 204 Surface 208, (that is, is not divided so that the cleaning of the outer peripheral surfaces as knitting member 240 of interlayer litzendraht wire trace 214 is presented From or it is uncut) part.As mentioned above, in some embodiments, initially exposed outer surface 206 and initially not Exposed inner surface 208 can have different finishings or other characteristics.Upset knitting member 240 can make in initially unexposed Surface 208 is rendered as the final exposed outer surface of knitting member 240 (and article of footwear 100 of gained).

Fig. 9 illustrates the knitting member 240 of the state after initial removal.In order to distinguish two surfaces in this specification Purpose, in Fig. 9-13, does not use a large amount of shades to show initial exposed outer surface 206, and shown most using a large amount of shades First unexposed inner surface 208.In some embodiments, initially exposed outer surface 206 and initially unexposed inner surface 208 can have same or analogous characteristic.In some embodiments, initially exposed outer surface 206 is unexposed with initial Inner surface 208 can have the characteristic being different in essence.

Figure 10 illustrates wherein preceding toe portion 254 and is reversed that (that is, preceding toe portion 254 shown in broken lines is with schematic Illustrate preceding toe portion 254 such as the first braiding layer 202 and second for being pulled to knitting member 240 indicated by arrow 1010 In internal cavity between braiding layer 204 or interval) knitting member 240.

Figure 11 is illustrated such as ankle that is pulled through indicated by arrow 1110 of preceding toe portion 254 for wherein overturning and opened Mouth 810 and heel portion 246 such as the knitting member promoted forward on preceding toe portion 254 indicated by arrow 1112 240。

Figure 12 is illustrated wherein preceding toe portion and footwear front part 244, the 254 such as protrusion indicated by arrow 1210 and worn Cross and be pulled through ankle opening 810 and heel portion 246 by arrow 1212 as indicated in the He of preceding toe portion 254 The knitting member 240 pushed down on footwear front part 244.In fig. 12, switching process is substantially complete.

Figure 13 illustrates the knitting member 240 being totally turned over (that is, routed up from inside its initially removal or released state).Such as By the multi shadow schematic illustration in Fig. 9 to Figure 13, knitting member 240 is in initially exposed outer surface (final interior table Face) 206 and initially on unexposed inner surface (final exposed outer surface) 208 can have the finishing and aesthetics being substantially different Characteristic.In some embodiments, different shades can represent different braiding stitchings, such as loose or tight braided configuration. In some embodiments, different shades can represent the hole of different size or shape, such as big or small braiding hole.At some In embodiment, different shades can represent different aesthetic characteristics.In some embodiments, different shades can be represented and corresponded to The different braiding stitchings of difference braiding indicating section.In some embodiments, different shades can represent different thread materials. In some embodiments, different shades can represent different yarn or textile fabric treatment, such as through realizing material memory The yarn and untreated yarn of material treatment.The person skilled in the art will easily understand, in this way, any desired table Face characteristic can be instructed to and be arranged on exposed outer surface or inner surface.

Figure 14 to Figure 18 schematically illustrates the implementation of the article of footwear 100 in seamless interior boots or the form of woven vamp 1440 Scheme.In some embodiments, seamless interior boots or woven vamp 1440 may correspond to the knitting member 140 or Fig. 2 and Tu of Fig. 1 8 knitting member 240.Figure 14 to Figure 16 is with from inner side isometric view (Figure 14) to the equiaxial plan in bottom (Figure 15) to outside The rotational order of isometric view (Figure 16) illustrates seamless interior boots or woven vamp 1440；Figure 17 is the schematic of woven vamp Equiaxial bottom frontal figure；And Figure 18 is the schematic equiaxial top elevational view of woven vamp.

In some embodiments, knitting member 240 can be operable to form with desired configuration (at least including size And shape) seamless interior boots or woven vamp 1440.In some embodiments, one or more parts of knitting member 240 Can be stretched to form the seamless interior boots or woven vamp 1440 with desired configuration (at least including size and shape).At some In embodiment, knitting member 240 (can generally correspond to particular foot or standard foot corresponding to desired size and shape Portion's size) seamless interior boots or woven vamp 1440 shoe tree on stretch.For example, shoe tree can have desired length, width, enclose Long and/or volume.

Knitting member 240 may include one or more parts or the section with braiding stitching or braided configuration, the volume Knit stitching or braided configuration is selected such that the part can be stretched to the desired configuration of seamless interior boots or woven vamp 1440. For example, in some embodiments, the part of knitting member 240 or section can be provided with multiple holes in draw zone.One In a little embodiments, knitting member 240 may include the braided configuration of the braiding stitching or pine with pine to form draw zone Part or section.In some embodiments, the draw zone of knitting member 240 can be configured to than knitting member 240 other Part stretching is bigger, i.e., the other parts than knitting member 240 are relatively bigger, to be conducive to for knitting member 240 being formed into tool In having a seamless interior boots or woven vamp 1440 of desired size and shape.In some embodiments, bottom point 256 can be drawn Stretch section.

In Figure 14 to Figure 18, knitting member 240 can be provided with draw zone 1402 (being shown with black shade).One In a little embodiments, draw zone 1402 can be configured to some other parts than knitting member 240 (such as corresponding to seamless interior The section 1404 of the center bottom part of boots or woven vamp 1440) stretch more greatly, and than some other parts of knitting member 240 Or section (the such as part corresponding to multiple holes 1406 and 1408 or section) stretching is smaller.For example, knit unit can be respectively provided with First braiding layer 202 of part 240 and the appropriate section 1502 and 1504 (being shown with black shade) of the second braiding layer 204, so as to Substantially continuous annular draw zone 1402 is formed around the periphery of the center bottom part 256 of knitting member 240.This configuration can Be conducive to knitting member 240 to be stretched, there is generally asymmetric center bottom part 256 (for example, having the first material to be formed Material characteristic) and asymmetric periphery base portion or bottom point (for example, draw zone 1402) (with the second material property) it is asymmetric Configuration.In some embodiments, center bottom part 256 and circumferential extensional section 1402 may generally correspond to the big of foot together The shape of small and shape, i.e. footprint and/or sole.Second material property may differ from the first material property (for example, except not Outside with the draftability of degree).It will be appreciated that being constructed using this, knitting member 240 can be stretched in a different manner, To realize the one kind at least two different possible desired final configurations for seamless interior boots or woven vamp 1440. For example, knitting member 240 can be stretched, to form the right side by the relative amount of tension of the various pieces of restrained stretching section 1402 Article of footwear or the left article of footwear of matching.Selectively, knitting member 240 can be stretched, with by restrained stretching section 1402 amount of tension forms the article of footwear of any one with narrow, medium or wide completion width.It will also be appreciated that It is, including this construction and configuration of center bottom part 256 and circumferential extensional section 1402 can be conducive to seamless interior boots or footwear of textile fabric Face 1440 is attached to similar right foot and left foot configuration and/or the footwear sole construction of particular size or width.

In some embodiments, knitting member 240 is using for making knitting member 240 be stretched to desired size Be conducive to or can realize that the material of material memory is processed during with shape.For example, in some embodiments, by with inherent material Expect that one or more yarns that the material of memory is made can be used in the weaving of braiding knitting member 240.In some implementations In scheme, one or more yarns of knitting member 240 before weaving using for that can realize material memory Preprocessing substance.In some embodiments, corresponding at least one of braiding textile element 200 of knitting member 240 At least a portion from before the braiding removal knitting member 240 of textile element 200 using for that can realize material memory Preprocessing substance.In some embodiments, the part of knitting member 240 on shoe tree using for stretching knitting member The material treatment of material memory can be realized before 240.In some embodiments, seamless interior boots or woven vamp 1440 be extremely A few part is using the material treatment for that can realize material memory during or after being stretched on shoe tree.For can be real The example of the material of existing material memory includes but is not limited to thermoplastic polyurethanes (TPU) coating, the coating based on TPU And/or other contain the solution of TPU.Those skilled in the art are possible to easily select to be suitable for for being conducive to or can realize The material memory of seamless interior boots or woven vamp 1440 is realized for expecting treated yarn, material and the treatment side of application Case.

In some embodiments, knitting member 240 can be heat-treated that knitting member can be formed.For example, knit unit Part 240 may be incorporated in and stretch and be heat-treated on shoe tree.In some embodiments, knitting member 240 can be on shoe tree It is heat-treated before stretching.In some embodiments, it is heat-treated while knitting member 240 can be stretched on shoe tree. In some embodiments, knitting member 240 can be heat-treated after being removed from shoe tree.In some embodiments, these heat One or more in treatment can be used together.In each case, heat treatment knitting member 240 can be by by knitting member 240 one or more parts are stretched to desired size, shape or configuration and advantageously form knitting member.

In some embodiments, knitting member 240 is using the material for being conducive to or can realize material memory Treatment, and be heat-treated to advantageously form the seamless interior boots or footwear of textile fabric with desired size and shape and material memory Face 1440.

As shown in Figure 15 and Figure 17, by operating and/or after stretching is formed, seamless interior boots or woven vamp The width 1510 of a part for draw zone 1502 on 1440 medial surface may differ from seamless interior boots or woven vamp 1440 Lateral surface on draw zone 1504 appropriate section width 1512.

As shown in Figure 15 and Figure 17, by operating and/or after stretching Woven textiles 240 are formed, knit unit The position of the interlayer litzendraht wire trace 214 between first braiding layer 202 and the second braiding layer 204 of part 240 can be on seamless interior The medial surface 248 and lateral surface 250 of boots or woven vamp 1440 become asymmetric.For example, such as institute in upward view in fig .15 Show, interlayer litzendraht wire trace 214 there can be the wheel of the center bottom part 256 for generally following seamless interior boots or woven vamp 1440 The gentle sigmoid curve of profile.

As shown in Figure 16 and Figure 18, because knitting member 240 is have pantostrat at footwear front part 242 whole Body warp knit is constructed, so seamless interior boots or woven vamp 1440 can have continuous braiding stitching and/or braided configuration, before footwear Aesthetically pleasing appearance is presented at portion part 242.For example, as shown in Figure 16 and 18, knitting member 240 can have multiple Hole 1406, the multiple hole 1406 has the overall continuous hole pattern throughout footwear front part 242, such as multiple continuous , parallel, linearly aligned hole.

As shown in Figure 17 and Figure 18, after by operating and/or stretching the formation of knitting member 240, interlayer weaves The position of stitching line 214 can at least partly surround (circular) seamless interior boots or the preceding toe portion 254 of woven vamp 1440 prolongs Stretch.In some embodiments, knitting member 240 can be reversed (that is, inside is routed up) so that interlayer litzendraht wire trace 214 is big It is hidden on body on the inner surface of seamless interior boots or woven vamp 1440.However, in some embodiments, knitting member 240 Can not overturn, and interlayer litzendraht wire trace 214 may be present in the preceding toe portion 254 of seamless interior boots or woven vamp 1440 On the exposed outer surface at place.In the case, interlayer litzendraht wire trace 214 is still in seamless interior boots or woven vamp 1440 Substantially continuous and stabilization braiding surface is presented at preceding toe portion 254.In some embodiments, in preceding toe portion At least a portion of exposed interlayer litzendraht wire trace 214 can be processed and is capped by footwear sole construction or other finishes at 254.

Seamless interior boots or woven vamp 1440 can provide article of footwear 100, without big further modification or manufacture. In some embodiments, seamless interior boots 1440 can form article of footwear 100, without any further modification or manufacture. In some embodiments, seamless interior boots or woven vamp 1440 can by least a portion application of internal boots repair treatment or Technique and form article of footwear.In some embodiments, finishing treatment can be applied to interior boots bottom surface portion it is resistance to provide With property and/or attachment frictional force.The example of this application or finishing treatment may include but be not limited to：Using fastening material (grip Material) layer of (such as rubber) or fastening material are directly injected into.It will be appreciated that being provided using finishing treatment or technique Seamless interior boots or woven vamp 1440 can also provide enhanced propertied to interlayer litzendraht wire trace 214.In some embodiments, make Seamless interior boots are provided with finishing treatment or woven vamp 1440 can be at interlayer litzendraht wire trace 214 in the He of the first braiding layer 202 Injected between the yarn of the second braiding layer 204 or pour into bonding agent, exposed with bonding or combining at interlayer litzendraht wire trace 214 Yarn ends or the yarn that otherwise unclamps.This seamless interior boots or woven vamp 1440 can be formed and be suitable for various activities (such as wrestling, dancing, aerobic exercise, palisades climbing or other using the lightweight footwear without independent footwear sole construction component Activity) article of footwear.

In some embodiments, seamless interior boots or woven vamp 1440 can be by adding one or more annexes (such as Flap or insertion component) and form article of footwear.Figure 19 is seamless interior boots or woven vamp 1440 containing Figure 14 to Figure 18, appoints The schematic equiaxial top frontal of the embodiment of the article of footwear 1900 of the flap 1930 of choosing and optional footwear sole construction 1904 Figure.Figure 20 is the schematic isometric back view of the article of footwear 1900 of Figure 19.

Flap 1930 can be formed by knitting member.For example, flap 1930 may correspond to as shown in Fig. 2 and Fig. 7 Knitting member 230.As shown in Figure 19, flap 1930 may be arranged at the inside interval of seamless interior boots or woven vamp 1440 It is interior.Flap 1930 can be configured to the closing structure 221 and wearer for being positioned at seamless interior boots or woven vamp 1440 foot it Between.Flap 1930 can be attached to nothing by making the leading edge of flap 1930 near the footwear front part 242 of knitting member 240 Stitch interior boots or woven vamp 1440 and be associated with enclosed region 221.Flap 1930 may include multiple holes 1910.Flap 1930 can Including the insertion component (not shown) being arranged between the first braiding layer and the second braiding layer, such as foamed material.Flap 1930 Can be by any suitable known or later developed attachment method (such as by adhesive, thermal, suture or other attachments Mechanism) it is attached to seamless interior boots or woven vamp 1440.

Footwear sole construction 1904 can be any suitable known or later developed footwear sole construction.In some embodiments In, as shown in Figure 19, footwear sole construction 1904 may include preceding toe portion 1906, and the covering of preceding toe portion 1906 is located at At least a portion of interlayer litzendraht wire trace 214 at the preceding toe portion 254 of seamless interior boots or woven vamp 1440 is (for retouching State purpose and dual dotted line is illustrated as with dotted line).In some embodiments, footwear sole construction 1904 can surround at least part of preceding footwear The generally whole or entirety of the interlayer litzendraht wire trace 214 before nose part 254 and covering at toe portion 254 is (see example Such as, Fig. 1).Footwear sole construction 1904 can by any suitable known or later developed attachment method (such as by adhesive or Other associated methods) it is related to seamless interior boots or woven vamp 1440.It will be appreciated that making seamless interior boots or woven vamp 1440 Being attached to footwear sole construction 1904 can provide interlayer litzendraht wire trace 214 enhancing characteristic.In some embodiments, by bonding The attachment of agent or other associated methods can be at interlayer litzendraht wire trace 214 in the first braiding layer 202 and the second braiding layer 204 Adhesive or bonding agent are poured between yarn, with the bonding at interlayer litzendraht wire trace 214 or any exposed ends of combination or with it The yarn that his mode is unclamped.

As shown in Figure 20, the interlayer litzendraht wire trace 214 of knitting member 240 is (for the purpose of description with dual dotted line Show) generally can be between seamless interior boots or the medial surface 250 and lateral surface 248 of the knitting member 240 of woven vamp 1440 Center line positioning.It will be appreciated that because knitting member 240 is to include the overall warp knit construction of interlayer litzendraht wire trace 214, So knitting member 240 can be presented the substantially continuous volume of the heel portion 246 throughout seamless interior boots or woven vamp 1440 Knit stitching and/or braided configuration.In some embodiments, knitting member 240 may include multiple holes 2010, the multiple hole 2010 have the substantially continuous hole pattern of entirety throughout heel portion 246.For example, as shown in Figure 20, multiple holes 2010 May include multiple entirety (including interlayer litzendraht wire trace 214) throughout heel portion 246 it is substantially continuous, parallel, Linearly aligned hole.It will be appreciated that this construction can provide desirable aesthetic characteristic.

Figure 21 will schematically weave the feature of the embodiment of the knitting member 2140 (before removal) of textile element 2100 It is mapped to the seamless interior boots or woven vamp formed by knitting member 2140 (after removal).In some embodiments, braiding is spun The braiding textile element 200 that element 2100 may correspond to Fig. 2 is knitted, and knitting member 2140 may correspond to the braiding of Fig. 2 and Fig. 8 The knitting member 140 of part 240 and/or Fig. 1.

In figure 21, the figure of the identification of reference marker 2101 braiding textile element 2100 is (hereinafter referred to as with reference to figure 2101), and including a series of section line 2111-2119, it is passed through at reference marker 2102,2103,2104 and 2105 Accordingly scheme schematically to have mapped braiding textile element 2100 (hereinafter referred to as with reference to Figure 21 02,2103,2104 and 2105) The various features and characteristic of knitting member 2140.Illustrated along the interception of section line 2111 to 2119 and braiding with reference to Figure 21 02 The a series of cross-sectional view 2121 to 2129 of the correlation of knitting member 2140 of textile element 2100；Volume is illustrated with reference to Figure 21 03 Knit the medial side view of part 2140；The upward view of knitting member 2140 is illustrated with reference to Figure 21 04；And refer to the figures of Figure 21 05 The lateral side view of knitting member 2140 is shown.Reference marker 2106 is the anterior isometric view for illustrating knitting member 2140 Figure is (hereinafter with reference to Figure 21 06)；Reference marker 2107 is the section along reference Figure 21 06 for illustrating footwear front part 2158 The figure (hereinafter with reference to Figure 21 07) of the cross-sectional view of line 2107-2107 interceptions；Reference marker 2108 is schematic illustration ginseng The detailed view of decomposition of the interlayer litzendraht wire trace 2150 of the knitting member 2140 of Figure 21 07 is examined (hereinafter with reference to figure 2108)；And reference marker 2109 is the cutting along reference Figure 21 06 of the footwear front part 2158 for illustrating knitting member 2140 The figure (hereinafter with reference to Figure 21 09) of the cross-sectional view of upper thread 2109-2109 interceptions.

Section line 2111 is on knitting member 2140 in the week of the knitting member 2140 defined by interlayer braiding layer 2150 Side outside boundaries pass through braiding textile element 2100.Therefore, will be mapped to reference to figure with reference to the section line 2111 in Figure 21 01 2102 2121 (not having the physical features related to knitting member 2140) forms in tubular construction that knitting member 2100 is presented Cross section.Similarly, it is not presented related to knitting member 2140 along section line 2111 with reference to Figure 21 03,2104 and 2105 Physical features.

Rear heel portion of the section line 2112 through knitting member 2140.To be mapped with reference to the section line 2112 in Figure 21 01 To the cross section in the generally flat form of tubular structure 2122 that braiding textile element 2100 is presented with reference to Figure 21 02, the pipe Shape structure 2122 has single node, and wherein interlayer litzendraht wire trace 2150 is in the common side face edge away from braiding textile element 2100 Make the first braiding layer 2152 and second at edge 2156 (see for example, the common lateral edge 210 in Fig. 2 to Fig. 6) distance 2130 Braiding layer 2154 is interconnected.

Base portion of the section line 2113 through the heel portion of knitting member 2140.By with reference to the section line 2113 in Figure 21 01 It is mapped to the cross section in the generally flat form of tubular structure 2123 that braiding textile element 2100 is presented with reference to Figure 21 02, institute Tubular structure 2123 is stated with single node, wherein interlayer litzendraht wire trace 2150 is in the continuous common side away from textile element 2100 Interconnect the first braiding layer 2152 and the second braiding layer 2154 at the distance 2131 of face edge 2156.

Section line 2114 is in the footwear that the end of the closed-system 2170 close to ankle opening passes through knitting member 2140 Portion part.By with reference to the section line 2114 in Figure 21 01 be mapped to reference to Figure 21 02 present braiding textile element 2100 in substantially The cross section of the upper flat form of tubular structure 2124, the tubular structure 2124 has single node, wherein interlayer braiding stitching Line 2150 makes the first braiding layer 2152 and the second braiding at the distance 2132 of common lateral edge 2156 of textile element 2100 Layer 2154 is interconnected.

To be mapped to reference to Figure 21 04 with reference to Figure 21 01, with reference to Figure 21 04 illustrate by knitting member 2140 formed it is seamless The upward view of interior boots or woven vamp, it will be appreciated that, along section line 2114, from the common first edges 2156 of knitting member 2140 To the distance 2133 at the edge of center bottom part 2160 and from the edge of centre bottom point 2160 to interlayer litzendraht wire trace 2150 distance 2134 correspond to from common first edges 2156 to interlayer litzendraht wire trace 2150 distance 2132 (apart from 2133+ away from With a distance from 2134=2132), and corresponding to distance 2146 of width of center bottom part 2160 along section line 2114 etc. In the twice (apart from 2146=2 × distance 2134) of distance 2134.Similarly, corresponding to the knitting member along section line 2114 The distance 2147 of the width of 2140 center bottom part 2160 and peripheral base point 2162 is equal to along the periphery of section line 2114 The twice at the distance between edge and interlayer litzendraht wire trace 2150 of bottom point 2,162 2135 is (apart from 2147=2 × distance 2135)。

Section line 2115 passes through knitting member 2140 in the end of the closed-system 2170 close to footwear front part 2158 Footwear mid portion.Braiding textile element 2100 is presented with reference to Figure 21 02 by being mapped to reference to the section line 2115 in Figure 21 01 The cross section of the form of flat tubular structure 2125, the tubular structure 2125 has single node, wherein interlayer braiding stitching Line 2150 makes the first braiding layer 2152 and the second braiding at the distance 2136 of common lateral edge 2156 of textile element 2100 Layer 2154 is interconnected.To be mapped to reference to Figure 21 04 with reference to Figure 21 01 along section line 2115, it will be appreciated that, from braiding The common first edges 2156 of part 2140 divide 2156 to the distance 2137 at the edge of center bottom part 2160 and from centre bottom Edge to the distance 2138 of interlayer litzendraht wire trace 2150 corresponds to from common first edges 2156 to interlayer litzendraht wire trace 2150 Distance 2136 (apart from 2137+ apart from 2138=distances 2136), and corresponding to the center bottom part along section line 2115 The distance 2148 of 2160 width is equal to the twice along the distance 2138 of section line 2115.Similarly, corresponding to along section The distance 2149 of the width of the center bottom part 2160 of line 2115 and peripheral base point 2162 was equal to along the week of section line 2115 The twice at the distance between edge and interlayer litzendraht wire trace 2150 of side bottom point 2,162 2139 is (apart from 2149=2 × distance 2139)。

Footwear front part 2158 of the section line 2116 through knitting member 2140.By with reference to the section line 2116 in Figure 21 01 It is mapped to the cross section of the form of flat tubular structure 2126 that braiding textile element 2100 is presented with reference to Figure 21 02, the tubulose Structure 2126 has single node, and wherein interlayer litzendraht wire trace 2150 is in the common lateral edge 2156 away from textile element 2100 Interconnect the first braiding layer 2152 and the second braiding layer 2154 at distance 2141.

Footwear front part 2158 of the section line 2117 also through knitting member 2140.By with reference to the section line in Figure 21 01 2117 cross sections for being mapped to 2127 forms in tubular construction that braiding textile element 2100 is presented with reference to Figure 21 02, the tubulose Structure 2127 has：First node, wherein interlayer litzendraht wire trace 2150 are in the common lateral edge away from textile element 2100 Interconnect the first braiding layer 2152 and the second braiding layer 2154 at 2156 distances 2142；And Section Point, wherein interlayer Litzendraht wire trace 2150 makes the first braiding layer along section line 2117 at the first node distance 2143 of textile element 2100 2152 and second braiding layer 2154 interconnect.

Section line 2118 is contacted and and knitting member with the leading edge of the footwear front part 2158 of knitting member 2140 The leading edge of 2140 footwear front part 2158 tangentially extends.To be mapped to reference to figure with reference to the section line 2118 in Figure 21 01 The cross section of 2102 forms of flat tubular structure 2128 that braiding textile element 2100 is presented, the tubular structure 2128 has Single node, wherein interlayer litzendraht wire trace 2150 make first at the distance 2144 of common first edges 2156 of textile element 2100 The braiding layer 2154 of braiding layer 2152 and second is interconnected.

Section line 2119 is defined in knitting member 2140 under knitting member 2140 by interlayer litzendraht wire trace 2150 Peripheral border outside through braiding textile element 2100.Therefore, reference will be mapped to reference to the section line 2119 in Figure 21 01 The flat tubular structure 2129 that Figure 21 02 is presented braiding textile element 2100 (does not have the physics related to knitting member 2140 Feature) form cross section.Similarly, do not presented and knitting member 2100 and section line with reference to Figure 21 03,2104 and 2105 The physical features of 2119 correlations.

It will be appreciated that the size of braiding textile element 2100 and knitting member 2140 is selectable to by knitting member The 2140 seamless interior boots for being formed provide desired configuration (size and shape), customization cooperation (custom fit) in woven vamp And Performance Characteristics.

For example, it will be appreciated that, distance 2131 corresponds to the Breadth Maximum of braiding weaving part 2140, and distance 2131 Therefore the minimum widith of the braiding textile element 2100 for being enough to define and manufacture knitting member 2140 is represented.Therefore, in some realities Apply in scheme, the width for weaving textile element 2100 is selectable to essentially equal to distance 2131, to minimize manufacture braiding Quantity of material and cost required for textile element 2100 and knitting member 2140.

Selection size 2132,2133,2134 and 2135 is (for example, in the closure close to the ankle opening of knitting member 2140 The end of system 2170) and size 2136,2137,2138 and 2139 (for example, in the closed system close to footwear front part 2158 System 2170 end) can provide the seamless interior boots or woven vamp formed by knitting member 2140 desired size and/or Customization coordinates.The seamless desired customization of interior boots coordinates can also be promoted by selecting the configuration of closed-system 2170.For example, connecing The end of the closed-system 2170 of nearly footwear front part 2158 provides the V-arrangement closing structure 2170 with this selected size (see for example, Fig. 1) can provide desired size and/or customization cooperation at position (for example, enclosing length) place, and by promoting The accurate close tolerance (tightening tolerance) of the lace system of closed-system 2170 and promote further customization Coordinate.

In the similar size class of other positions (such as along section line 2111 to 2119) place selection of knitting member 2141 As can be provided at these positions knitting member 2141 desired size and/or customization coordinate.For example, in footwear front part Size 2141,2142 and 2143 is selected at 2158 can provide the toe box coordinated with desired size and/or customization.

Those skilled in the art be possible to easily select for be adapted to provide for by knitting member 2140 formed it is seamless in The size of the knitting member 2140 that the desired size and/or customization of boots or woven vamp coordinate.

The other of the seamless interior boots that are formed by knitting member 2140 or woven vamp is illustrated with reference to Figure 21 06 to 2109 Feature.It is the front perspective view of the seamless interior boots or woven vamp formed by knitting member 2140 with reference to Figure 21 06.

Being intercepted along with reference to the section line 2107-2107 in Figure 21 06 for footwear front part 2158 is illustrated with reference to Figure 21 07 Cross section.In some embodiments, with reference to as shown in Figure 21 07, the first braiding layer 2152 and the second braiding layer 2154 Single continuous substantially ring-like (tubulose) braiding layer is formed at footwear front part 2158.Especially, such as with reference to figure Shown in 2108 (it is the detailed view of the amplification at interlayer litzendraht wire trace 2150), the first braiding layer 2152 and second weaves Layer 2154 provides continuous braiding layer at interlayer litzendraht wire trace 2150.Referred to as shown in Figure 21 08, interlayer litzendraht wire Trace 2150 includes at least one with the first braiding layer 2152 of the mutual looper of at least one yarn of the second braiding layer 2154 Yarn.This continuous braiding structure at interlayer litzendraht wire trace 2150 can help prevent knitting member 2140 to be woven in interlayer Scattering at stitching line 2150.As with reference to schematic illustration in Figure 21 08, knitting member 2140 weaves stitching along interlayer After line 2150 is separated or removed from braiding textile element 2100, a small amount of terminal yarn ends caused by separation process can be in interlayer Exposed at litzendraht wire trace 2150.In some realities that knitting member 2140 was reversed before seamless interior boots or woven vamp is formed Apply in scheme, the exposed yarn ends at interlayer litzendraht wire trace 2150 can be positioned on the inner side of seamless interior boots or woven vamp On face (with reference to as shown in Figure 21 08).It was not reversed before seamless interior boots or woven vamp is formed in knitting member 2140 Some embodiments in, the exposed yarn ends at interlayer litzendraht wire trace 2150 can be positioned on seamless interior boots or footwear of textile fabric On the lateral surface in face.

With reference to Figure 21 09 illustrate seamless interior boots or woven vamp along with reference to the section line 2109-2109 in Figure 21 06 The cross section of interception.In some embodiments, with reference to as shown in Figure 21 06, seamless interior boots or woven vamp may include to lead to Cross the closed-system 2170 that the separation process such as shown in Fig. 3-6 is formed in knitting member 2140.In some embodiment party In case, closed-system 2170 may include enclosed member 2172, eyelet 2174 and shoestring 2176.In some embodiments, such as exist With reference to shown in Figure 21 09, the first braiding layer 2152 and the second braiding layer 2154 form single continuous weaving layer, wherein first One end of braiding layer 2152 terminates as the braiding enclosed member 2172 on the side of closing structure 2170, and second compiles One end of tissue layer 2154 terminates as the Knitted shoe lace component 2172 on the opposite side of closing structure 2170.

Figure 22 illustrates the technique including manufacturing article of footwear for the weaving method using the feature according to Fig. 2 to Figure 21 Process chart 2200.Technique 2201 includes the braiding textile element of the overall warp knit construction of braiding.Technique 2202 is included from volume Knit textile element removal knitting member.Optional technique 2203 includes upset knitting member, will be routed up inside knitting member.Work Skill 2204 includes making knitting member be formed as seamless interior boots or woven vamp for article of footwear.And optional technique 2205 Including making seamless interior boots or the woven vamp part other with one or more (such as footwear sole construction, flap or coating member) phase Association.Optional technique 2205 may also include using finishing treatment, such as by the basal surface of fastening material application to seamless interior boots. Those skilled in the art are possible to easily select desired technique, for realizing the footwear consistent with the description of the present embodiment Article.

Figure 23 is the schematic plan view of the another embodiment for including the braiding textile element of knitting member (before removal), The wherein warp knit stitching of braiding textile element and the feature of interlayer litzendraht wire trace is shown in detail.Figure 23 is substantially similar to figure 2.Therefore, the description of the feature in Fig. 2 is incorporated by reference into herein, and this description is by for possible different spy in fig 23 Levy.

Figure 23 illustrates the braiding textile element 2300 of overall warp knit configuration, and the braiding textile element includes the first braiding Layer 202 and cover the first braiding layer 202 and along continuous second braiding layer of 210 and first braiding layer of common first edges 202 204.In some embodiments, braiding textile element 2300 may include to correspond to the knitting member 230 of flap and corresponding to nothing The knitting member 240 of boots or woven vamp in seam.Knitting member 230 and knitting member 240 generally may include to correspond to such as in Fig. 2 The feature of middle diagram and described above knitting member 230 and knitting member 240.In fig 23, textile element 2300 is woven May include to make the first braiding layer 202 and the second braiding layer 204 be compiled in the interlayer that the periphery office of knitting member 240 interconnects Stitching line 214 is knitted, and the first braiding layer 202 and the second braiding layer 204 is connected mutually in the periphery office of knitting member 240 The interlayer litzendraht wire trace 232 for connecing.

However, in some embodiments, as shown in Figure 23, weaving the first braiding layer 202 of textile element 2300 In whole interlayer knitted parts 2310 that can be on the outside of the peripheral part of knitting member 230 and 240 with the second braiding layer 204 mutually Connection (is illustrated) by common continuous shade in Figure 23.For purposes of illustration, Figure 23 is included with cross section schematic illustration The amplifier element of the braided configuration of the braiding textile element 2300 including interlayer litzendraht wire trace 214 and interlayer knitted parts 2310 2315.Such as the schematic illustration in element 2315, the first braiding layer 202 and the second braiding layer 204 can be common by multiple Braiding stitching (wherein with least one yarn of the second braiding layer 204 beat mutually by least one yarn of the first braiding layer 202 Ring) interconnected in whole interlayer knitted parts 2310.In some embodiments, multiple common interlayer braiding stitchings can Stitching is woven including a series of single interlayer using different yarns.In some embodiments, multiple common interlayers Braiding stitching may include to use a series of interlayer of common yarn to weave stitching.In some embodiments, such as in element Shown in 2315, interlayer knitted parts 2310 can be woven with the interlayer between the first braiding layer 202 and the second braiding layer 204 What stitching line 214 connected.In some embodiments, interlayer knitted parts 2310 can be and the first braiding layer 202 and second What the interlayer litzendraht wire trace 214 between braiding layer 204 was connected.In some embodiments, interlayer knitted parts 2310 can be wrapped Include interlayer litzendraht wire trace 214.

It will be appreciated that in some embodiments, including the braiding textile element 2300 of interlayer knitted parts 2310 can Improved dimensional stability is provided to knitting member 230 and 240 (before removal).In some embodiments, including interlayer braiding The textile element 2300 of part 2310 can be conducive to the improved treatment during manufacturing process.In some embodiments, including The textile element 2300 of interlayer knitted parts 2310 can be conducive to using both the first braiding layer 202 and the second braiding layer 204 Single separating technology (that is, for the single technique from the first braiding layer 202 and the separation knitting member of the second braiding layer 204) goes Except knitting member 230 and 240.

Figure 24 will schematically weave the feature of the embodiment of the knitting member 2440 (before removal) of textile element 2400 It is mapped to the seamless interior boots or woven vamp formed by knitting member 2440.Figure 24 is substantially similar to Figure 21.In some implementations In scheme, textile element 2400 may correspond to the textile element 2300 of Figure 23, and knitting member 2440 may correspond to Figure 21's Knitting member 2140.Therefore, will not be repeated with reference to the description of the previously described features of Figure 21 and Figure 23, and this description will be directed to In fig. 24 may different feature.

In fig. 24, the feature relevant with knitting member 2440 is substantially similar to the spy of the knitting member 2140 in Figure 21 Levy.It is substantially similar to reference to Figure 21 01 to 2109 with reference to Figure 24 01 to 2409.The correspondence of section line 2411 to 2419 in Figure 24 Section line 2111 to 2119 in Figure 21.

Section line 2411 is on knitting member 2440 in the week of the knitting member 2440 defined by interlayer braiding layer 2450 Side outside boundaries pass through braiding textile element 2400.In some embodiments, the interlayer that this construction may correspond in Figure 23 is compiled Knit part 2310.Therefore, will be mapped to reference to the section line 2411 in Figure 24 01 and knitting member 2400 is presented with reference to Figure 24 02 The cross section of the form of flat double-layer structure 2421.First braiding layer 2452 and the second braiding layer 2454 can be common by multiple Interlayer braiding stitching is interconnected, and without the feature related to knitting member 2440.Similarly, with reference to Figure 24 03, 2404 and 2405 are not presented along the physical features related to knitting member 2440 of section line 2411.

Rear heel portion of the section line 2412 through knitting member 2440.To be mapped with reference to the section line 2412 in Figure 24 01 To the cross section in the generally flat form of double-layer structure 2422 that braiding textile element 2400 is presented with reference to Figure 24 02.Similar to The embodiment of Figure 21, the first braiding layer 2452 and the second braiding layer 2454 have a common lateral edge 2456, and from common (wherein interlayer litzendraht wire trace 2450 is in the common side face edge away from braiding textile element 2400 to single node for lateral edge 2456 Compile the first braiding layer 2452 and second at edge 2456 (see for example, the common lateral edge 210 in Fig. 2 to Fig. 6) distance 2430 Tissue layer 2454 is interconnected) form cavity between the first braiding layer 2452 and the second braiding layer 2454.First braiding layer 2452 With the second braiding layer 2454 stitching interconnection is woven by weaving the multiple common interlayer in the outside of stitching 2450 in interlayer (see the interlayer knitted parts 2310 in such as Figure 23).

Base portion of the section line 2413 through the heel portion of knitting member 2440.By with reference to the section line 2413 in Figure 24 01 It is mapped to reference to the presentation braiding textile elements 2400 of Figure 24 02 in the transversal of the generally flat form of two-layer braiding structure 2423 Face.Similar to the embodiment of Figure 21, the first braiding layer 2452 and the second braiding layer 2454 have common lateral edge 2456, and And (wherein interlayer litzendraht wire trace 2450 is in being total to away from braiding textile element 2400 from common lateral edge 2456 to single node Interconnect the first braiding layer 2452 and the second braiding layer 2454 at the distance 2431 of ipsilateral edge 2456) in the first braiding layer 2452 and second form cavity between braiding layer 2454.First braiding layer 2452 and the second braiding layer 2454 weave by interlayer The multiple common interlayer braiding stitching in the outside of stitching 2450 is interconnected (see the interlayer knitted parts in such as Figure 23 2310)。

Section line 2414 is in the footwear that the end of the closed-system 2470 close to ankle opening passes through knitting member 2440 Portion part.By with reference to the section line 2414 in Figure 24 01 be mapped to reference to Figure 24 02 present braiding textile element 2400 in substantially The cross section of the upper flat form of two-layer braiding structure 2424.Similar to the embodiment of Figure 21, the first braiding layer 2452 and second Braiding layer 2454 has common lateral edge 2456, and from common lateral edge 2456 to single node (wherein interlayer braiding Stitching line 2450 makes the He of the first braiding layer 2452 at the distance 2432 of common lateral edge 2456 away from braiding textile element 2400 Second braiding layer 2454 is interconnected) form cavity between the first braiding layer 2452 and the second braiding layer 2454.First braiding It is mutual that the braiding layer 2454 of layer 2452 and second weaves stitching by the multiple common interlayer in the outside of interlayer braiding stitching 2450 Connection is (be shown in the interlayer knitted parts 2310 in such as Figure 23).

Section line 2415 passes through knitting member 2440 in the end of the closed-system 2470 close to footwear front part 2458 Footwear mid portion.Braiding textile element 2400 is presented with reference to Figure 24 02 by being mapped to reference to the section line 2415 in Figure 24 01 In the cross section of the generally flat form of two-layer braiding structure 2425.Similar to the embodiment of Figure 21, the first braiding layer 2452 There is common lateral edge 2456 with the second braiding layer 2454, and (wherein pressed from both sides from common lateral edge 2456 to single node Layer litzendraht wire trace 2450 makes the first braiding layer at the distance 2436 of common lateral edge 2456 away from braiding textile element 2400 2452 and second braiding layer 2454 interconnect) form cavity between the first braiding layer 2452 and the second braiding layer 2454.The One braiding layer 2452 and the second braiding layer 2454 are by the multiple common interlayer litzendraht wire in the outside of interlayer braiding stitching 2450 Mark is interconnected (see the interlayer knitted parts 2310 in such as Figure 23).

Footwear front part 2458 of the section line 2416 through knitting member 2440.By with reference to the section line 2416 in Figure 24 01 It is mapped to reference to the presentation braiding textile elements 2400 of Figure 24 02 in the transversal of the generally flat form of two-layer braiding structure 2426 Face.Similar to the embodiment of Figure 21, the first braiding layer 2452 and the second braiding layer 2454 have common lateral edge 2456, and And (wherein interlayer litzendraht wire trace 2450 is in being total to away from braiding textile element 2400 from common lateral edge 2456 to single node Interconnect the first braiding layer 2452 and the second braiding layer 2454 at the distance 2441 of ipsilateral edge 2456) in the first braiding layer 2452 and second form cavity between braiding layer 2454.First braiding layer 2452 and the second braiding layer 2454 weave by interlayer The multiple common interlayer braiding stitching in the outside of stitching 2450 is interconnected (see the interlayer knitted parts in such as Figure 23 2310)。

Footwear front part 2458 of the section line 2417 also through knitting member 2440.By with reference to the section line in Figure 24 01 2413 be mapped to reference to Figure 24 02 present braiding textile element 2400 in the generally flat form of two-layer braiding structure 2427 Cross section.Structure 2427 has two nodes, and wherein interlayer litzendraht wire trace 2450 is in the common side away from textile element 2100 Make at the distance 2442 of edge 2456 and at the first node distance 2443 of textile element 2,100 along section line 2417 One braiding layer 2452 and the second braiding layer 2454 are interconnected.First braiding layer 2452 and the second braiding layer 2454 are by folder The multiple common interlayer braiding stitching in the outside of layer braiding stitching 2450 is interconnected (see the interlayer knit unit in such as Figure 23 Divide 2310).

The leading edge of the footwear front part 2458 of the contact knitting member 2440 of section line 2418.By with reference to cutting in Figure 24 01 Upper thread 2418 is mapped to reference to the presentation braiding textile elements 2400 of Figure 24 02 in the generally flat shape of two-layer braiding structure 2428 The cross section of formula.Similar to the embodiment of Figure 21, the first braiding layer 2452 and the second braiding layer 2454 have common side face edge Edge 2456 and node (being illustrated as " the narrow point (pinch) " in double-layer structure 2428), wherein interlayer litzendraht wire trace 2450 away from Make the first braiding layer 2452 and the second braiding layer 2454 at the distance 2444 of common lateral edge 2456 for weaving textile element 2400 Interconnect.First braiding layer 2452 and the second braiding layer 2454 weave the multiple common of the outside of stitching 2450 by interlayer Interlayer braiding stitching is interconnected (see the interlayer knitted parts 2310 in such as Figure 23).

Section line 2419 is under knitting member 2440 in the week defined by interlayer braiding layer 2450 of knitting member 2440 Side outside boundaries pass through braiding textile element 2400.Therefore, will be mapped to reference to figure with reference to the section line 2419 in Figure 24 01 2402 are presented the flat double-layer structure 2429 of braiding textile element 2400 (without the spy being associated with knitting member 2440 Levy) cross section of form.Similarly, do not presented and knitting member 2400 and section line 2419 with reference to Figure 24 03,2404 and 2405 Associated feature.

It will be appreciated that the size of braiding textile element 2400 and knitting member 2440 can such as above with respect to the volume in Figure 21 Knit part 2100 description be selected to provide desired in the seamless interior boots or woven vamp formed by knitting member 2440 Size and/or customization coordinate and Performance Characteristics.Those skilled in the art are possible to easily for knitting member 2440 selects size, with There is provided with desired size and/or the customization of the seamless interior boots or woven vamp formed from knitting member 2440.

The other of the seamless interior boots that are formed by knitting member 2440 or woven vamp is illustrated with reference to Figure 24 06 to 2409 Feature.It is the front perspective view of the seamless interior boots or woven vamp formed by knitting member 2440 with reference to Figure 24 06.

Being intercepted along with reference to the section line 2407-2407 in Figure 24 06 for footwear front part 2458 is illustrated with reference to Figure 24 07 Cross section.In some embodiments, with reference to as shown in Figure 24 07, the first braiding layer 2452 and the second braiding layer 2454 Single continuous substantially ring-like (tubulose) braiding layer is formed at footwear front part 2458.Especially, such as with reference to figure Shown in 2408 (it is the detailed view of the amplification at interlayer litzendraht wire trace 2450), the first braiding layer 2452 and second weaves Layer 2454 provides continuous braiding layer at interlayer litzendraht wire trace 2450.Referred to as shown in Figure 24 08, interlayer litzendraht wire Trace 2450 includes at least one with the first braiding layer 2452 of the mutual looper of at least one yarn of the second braiding layer 2454 Yarn.Additionally, as shown in Figure 24 08, it will be appreciated that, in some embodiments, interlayer litzendraht wire trace 2450 can be Separated at the interlayer knitted parts 2310 for connecting.This at interlayer litzendraht wire trace 2450 and interlayer knitted parts 2310 is continuous Braiding structure can help prevent the untiing at interlayer litzendraht wire trace 2450 of knitting member 2440.Such as in reference to Figure 24 08 Schematic illustration, knitting member 2440 is weaved along interlayer litzendraht wire trace 2450 at interlayer knitted parts 2310 from braiding After element 2400 is separated or removed, the terminal yarn ends of a small amount of caused by separation process can be exposed to interlayer litzendraht wire trace At 2450.Some realities of (that is, inside is routed up) were reversed before seamless interior boots or woven vamp is formed in knitting member 2440 Apply in scheme, the exposed yarn ends at interlayer litzendraht wire trace 2150 can be positioned in seamless interior boots or woven vamp On portion side (with reference to as shown in Figure 24 08).Knitting member 2440 before seamless interior boots or woven vamp is formed not by Upset some embodiments in, the exposed yarn ends at interlayer litzendraht wire trace 2150 can be positioned on seamless interior boots or In the exterior lateral sides of woven vamp.

With reference to Figure 24 09 illustrate seamless interior boots or woven vamp along with reference to the section line 2409-2409 in Figure 24 06 The cross section of interception.In some embodiments, with reference to as shown in Figure 24 06, seamless interior boots or woven vamp may include to lead to Cross the closed-system 2470 that separation process is formed in knitting member 2440.In some embodiments, closed-system 2470 can Including lace member 2472, eyelet 2474 and shoestring 2476.In some embodiments, with reference to as shown in Figure 24 09, the One braiding layer 2452 and the second braiding layer 2454 form single continuous weaving layer, wherein one end conduct of the first braiding layer 2452 Braiding enclosed member 2472 on the side of closing structure 2470 and terminate, and the second braiding layer 2454 one end as Braiding enclosed member 2472 on the opposite side of closing structure 2170 terminates.

With the seamless interior boots footwear configurations for folding into part

This section for describing in detail generally described for weaving including having for being incorporated into the spinning for article of footwear The embodiment for knitting the method for the braiding textile element of the knitting member for folding into part in vamp.Specifically, this is saved generally Describe the reality for weaving the method for weaving textile element for including the first knitting member part and the second knitting member part Scheme is applied, first knitting member is partially configured to form seamless interior boots or woven vamp, and the second knitting member part It is configured in the inner bag for fold into or fold into seamless interior boots or woven vamp (that is, the first knitting member part), wherein inner bag leads to The first braiding layer and the second braiding layer for crossing braiding textile element are formed, and wherein fold into part (that is, the second knitting member portion Point) be configured to accommodate at the seamless interior boots of foot or the opening of woven vamp and seamless interior boots or woven vamp (that is, the first volume Knit element portion) the first braiding layer and the second braiding layer be seamlessly associated.In some embodiments, folding into part can shape Into the dynamic fit structure of article of footwear.In some embodiments, folding into part can form the closing structure of article of footwear, than The flap (gusseted tongue) of gusset is such as housed.In some embodiments, folding into part may include by the first braiding Layer and/or the second braiding layer are formed for accommodating the bag of insertion component.In some embodiments, fold into part can with it is seamless One in first braiding layer and the second braiding layer of interior boots or woven vamp (that is, the first knitting member part) coordinates to be formed Bag for accommodating insertion component.For example, in some embodiments, insertion component may include at the footwear front part of article Toe cap cup, in heel cup (heel cup), the skewback (arch at the Instep portion of article of the heel part office of article Support laying and/or another insertion component), for flap.

The embodiment that Figure 25 to Figure 35 illustrates seamless interior boots or woven vamp including folding into part.In Figure 25 to figure Embodiment illustrated is similar in 35 because each include overall warp knit construction (at the closing structure of the boots that are included with Interior boots continuously fold into part) seamless interior boots or woven vamp.In some embodiments, folding into part can provide dynamic matching somebody with somebody Close structure.In some embodiments, folding into part can be provided equipped with gusset tongue construction.

Dynamic fit feature

Figure 25 schematically will weave textile element 2500 knitting member 2540 embodiment Feature Mapping to by Seamless interior boots or woven vamp that knitting member is formed.In some embodiments, knitting member 2540 may include using continuous Closing structure braiding dynamic fit midsole element.

In fig. 25, the figure of the identification of reference marker 2501 braiding textile element 2500 is (hereinafter referred to as with reference to figure 2501), and including a series of section line 2511-2519, it is passed through at reference marker 2502,2503,2504 and 2505 Accordingly scheme schematically to have mapped braiding textile element 2500 (hereinafter referred to as with reference to Figure 25 02,2503,2504 and 2505) The various features and characteristic of knitting member 2540.Illustrated along the interception of section line 2511 to 2519 and volume with reference to Figure 25 02 Knit a series of cross-sectional view 2521 to 2529 of the correlation of knitting member 2540 of textile element 2500；Illustrated with reference to Figure 25 03 The medial side view of knitting member 2540；The upward view of knitting member 2540 is illustrated with reference to Figure 25 04；And refer to Figure 25 05 Illustrate the lateral side view of knitting member 2540.Reference marker 2506 is the preceding isometric view for illustrating knitting member 2540 Figure is (hereinafter with reference to Figure 25 06)；Reference marker 2507 is the section along reference Figure 25 06 for illustrating footwear front part 2558 The figure (hereinafter with reference to Figure 25 07) of the cross-sectional view of line 2507-2507 interceptions；And reference marker 2508 is diagram braiding The figure of the cross-sectional view intercepted along the section line 2508-2508 with reference to Figure 25 06 of the footwear front part 2558 of part 2540 (hereinafter with reference to Figure 25 08).

Similar to the braiding textile element 2400 in the braiding textile element 2100 and Figure 24 in Figure 21, textile element is woven 2500 include the second braiding layer 2554 of the first braiding layer 2552 of the first braiding layer 2552 and covering, and weave textile element 2500 is overall warp knit configuration.With reference to Figure 25 01 is referred to, in this embodiment, the first braiding layer 2552 is along Common openings 2553 common first edges 2556 (it extends in the direction of manufacture or weaving) are continuous with the second braiding layer 2554.It will be understood that It is that braiding textile element 2500 can have similar to the braiding textile element 200 in Fig. 2 and Figure 21 and braiding textile element 2100 Generic tubular configuration or similar in Figure 23 and Figure 24 braiding textile element 2300 and braiding textile element 2400 substantially Upper flat two-layer configuration.For purposes of brevity, and due to generally tubular configuration (for example, Fig. 2 to Fig. 8 and Figure 21) Braiding textile element each feature and part correspond to generally flat two-layer structure (for example, Figure 23 and Figure 24) Weave textile element feature and part, and with the braiding with generally flat two-layer structure (for example, Figure 23 and Figure 24) The feature of textile element and part are interchangeable, so braiding weaving will describe on generally flat two-layer configuration Element 2500.

Section line 2511 is defined in knitting member 2540 on knitting member 2540 by interlayer litzendraht wire trace 2550 Peripheral border outside through braiding textile element 2500.Therefore, reference will be mapped to reference to the section line 2511 in Figure 25 01 Figure 25 02 is presented the flat double-layer structure 2521 (without the feature being associated with knitting member 2540) of knitting member 2500 The cross section of form.Similarly, do not presented along section line 2511 and the phase of knitting member 2540 with reference to Figure 25 03,2504 and 2505 The feature of association.

Rear heel portion of the section line 2512 through knitting member 2540.To be reflected with reference to the section line 2512 in Figure 25 01 The cross section in the generally flat form of double-layer structure 2522 that braiding textile element 2500 is presented with reference to Figure 25 02 is mapped to, it is described Double-layer structure 2522 has a pair relative nodes, wherein interlayer litzendraht wire trace 2550 away from braiding textile element 2500 The first braiding layer 2552 is set mutually to be connected with the second braiding layer 2554 at the distance 2530 of center line 2551 of the correlation of common first edges 2556 Connect.It will be appreciated that in some embodiments, the common first edges 2556 of knitting member 2540 can be with being total to similar to Fig. 2 Worked with the common first edges 2156 at edge 210, Figure 21 and the mode of common first edges 2456, because common first edges 2556 can be carried Continuous surface for the footwear front part 2558 of the knitting member 2540 through braiding textile element 2500 is the first braiding layer 2552 and the second continuous braiding layer common to braiding layer 2554.

Heel portion of the section line 2513 through knitting member 2540.To be mapped to reference to the section line 2513 in Figure 25 01 The cross section in the generally flat form of double-layer structure 2523 of braiding textile element 2500, the two-layer are presented with reference to Figure 25 02 Structure 2523 has a pair relative nodes, and wherein interlayer litzendraht wire trace 2550 makes the at the distance 2531 of center line 2551 One braiding layer 2552 and the second braiding layer 2554 are interconnected.

A part of the section line 2514 through the ankle opening close to knitting member 2540 of closing structure 2570.To refer to Section line 2514 in Figure 25 01 is mapped to reference to the presentation braiding textile elements 2500 of Figure 25 02 in generally flat two-layer knot The cross section of the form of structure 2524, the double-layer structure 2524 has a pair relative nodes, wherein interlayer litzendraht wire trace 2550 Interconnected the first braiding layer 2552 and the second braiding layer 2554 is made at the distance 2532 of center line 2551.

A part of the section line 2515 through the footwear front part 2558 close to knitting member 2540 of closing structure 2570. By with reference to the section line 2515 in Figure 25 01 map to reference to Figure 25 02 present braiding textile element 2500 in generally flat The cross section of the form of double-layer structure 2525, the double-layer structure 2525 has a pair relative nodes, wherein interlayer braiding stitching Line 2550 is interconnected making the first braiding layer 2552 and the second braiding layer 2554 at the distance 2533 of center line 2551.

Footwear front part 2558 of the section line 2516 through knitting member 2540.By with reference to the section line 2516 in Figure 25 01 It is mapped to the cross section in the generally flat form of double-layer structure 2526 that braiding textile element 2500 is presented with reference to Figure 25 02, institute Double-layer structure 2526 is stated with a pair of common first edges parts 2556 and a pair relative nodes, wherein interlayer litzendraht wire trace 2550 Interconnected the first braiding layer 2552 and the second braiding layer 2554 is made at the distance 2534 of center line 2551.

Footwear front part 2558 of the section line 2517 also through knitting member 2540.By with reference to the section line in Figure 25 01 2517 are mapped to reference to the presentation braiding textile elements 2500 of Figure 25 02 in the transversal of the generally flat form of double-layer structure 2527 Face, the double-layer structure 2527 has a pair of common first edges parts 2556 and a pair relative nodes, wherein interlayer braiding stitching Line 2550 is interconnected making the first braiding layer 2552 and the second braiding layer 2554 at the distance 2535 of center line 2551.

The footwear front part 2558 of the contact knitting member 2540 of section line 2518 and anterior with the footwear of knitting member 2540 Part 2558 tangentially extends.Braiding textile element is presented with reference to Figure 25 02 by being mapped to reference to the section line 2518 in Figure 25 01 2500 cross section in the generally flat form of double-layer structure 2528, the double-layer structure 2528 has a pair relative nodes (being shown as a pair narrow relative parts in the double-layer structure 2528 with reference to Figure 25 02), wherein interlayer litzendraht wire trace 2550 Interconnected the first braiding layer 2552 and the second braiding layer 2554 is made at the distance 2536 of center line 2551.

Section line 2519 is defined in knitting member 2540 under knitting member 2540 by interlayer litzendraht wire trace 2550 Peripheral border outside through braiding textile element 2500.Therefore, reference will be mapped to reference to the section line 2519 in Figure 25 01 Figure 25 02 is presented the flat double-layer structure 2529 (without the feature being associated with knitting member 2540) of knitting member 2500 The cross section of form.Similarly, do not presented along section line 2519 and the phase of knitting member 2540 with reference to Figure 25 03,2504 and 2505 The feature of association.

Knitting member 2540 can by it is any of or it is later developed removal or separating technology from braiding textile element 2500 removals.For example, in some embodiments, knitting member 2540 can by using separating technology (such as such as above with respect to The cutting technique that Fig. 2 to Fig. 8 is discussed) separate braiding textile element along the interlayer litzendraht wire trace 2550 of knitting member 2540 2500 from textile element 2500 remove or separate.

After removal, knitting member 2540 can be operated and/or stretched to form seamless interior boots or woven vamp, such as with reference to figure 2503 to reference to generally shown in Figure 25 08.

Figure 26 to Figure 30 schematically illustrates the optional switching process of the knitting member 2540 (after removal) for Figure 25 To fold or folding into first or main (for example, outside) knitting member by second or secondary (for example, internal) knitting member 2562 In 2560.

Figure 26 illustrates the knitting member 2540 of the state after initial removal.Figure 26 is illustrated and arranged before switching process Pair (inside) knitting member 2562 on master (outside) knitting member 2560.

The footwear front part 2557 that Figure 27 illustrates wherein secondary (inside) knitting member 2562 is pressed in the direction of arrow 2710 To the volume in the cavity formed between first braiding layer 2552 and the second braiding layer 2554 of secondary (inside) knitting member 2562 Knit part 2540.As shown in Figure 27, the footwear front part 2557 of secondary (inside) knitting member 2562 is then in dotted arrow 2720 direction is pushed further into, downwards and turn round, by the footwear front part 2557 of secondary (inside) knitting member 2562 (with It is shown in phantom) the footwear front part 2558 that folds into master (outside) knitting member 2560 is in main (outside) knitting member 2560 In the cavity formed between first braiding layer 2552 and the second braiding layer 2554.

Figure 28 illustrates the footwear front part 2557 (shown in broken lines) of secondary (inside) knitting member 2562 in dotted arrow During 2820 direction is further promoted and is further folded into the footwear front part 2558 of first (inside) knitting member 2560. The heel portion 2563 that Figure 28 also show secondary (inside) knitting member 2562 is shifted onto in master (outside) in the direction of arrow 2820 In the cavity formed between first braiding layer 2552 and the second braiding layer 2554 of knitting member 2560.Secondary (inside) knitting member Then 2562 heel portion 2563 is further shifted onto in master (outside) knitting member 2560 in the direction of dotted arrow 2830 Heel portion 2564 be between the first braiding layer 2552 and the second braiding layer 2554 formed cavity in.

Figure 29 illustrates the direction quilt of the footwear front part 2557 in dotted arrow 2910 of secondary (inside) knitting member 2562 Further promote, the footwear front part 2557 of secondary (inside) knitted parts 2562 is generally folded into master (outside) knit unit Between first braiding layer 2552 and the second braiding layer 2554 of the footwear front part 2558 of the main footwear front part 2558 of part 2560 In the cavity of formation.Figure 29 illustrates heel portion 2563 (shown in broken lines) and is further pushed away in the direction of dotted arrow 2920 Enter, the heel portion 2563 of secondary (inside) knitted parts 2562 is generally folded into the heel of main (outside) knitting member 2560 In part 2564.

Figure 30 illustrates pair (inside) knit unit being totally turned over, fold or fold into master (outside) knitting member 2560 Part 2562 (shown in broken lines).Configured using this, knitting member 2562 and knitting member 2560 can be formed for article of footwear Boots configuration (bootie-in-a-bootie configuration) in the boots of woven vamp.In some embodiments, it is secondary (interior Portion) knitting member 2562 size and configuration can be substantially the same with the size of master (outside) knitting member 2560 and configuration. It will be understood, however, that in some embodiments, the big I of secondary (inside) knitting member 2562 is manufactured into and is less than slightly The size (for example, being used for tolerance fit) of main (outside) knitting member 2560.In some embodiments, main (outside) knit unit Part 2560 stretches more than pair (inside) knitting member 2562.Those skilled in the art will readily be able to selection and be suitable for expecting Seamless interior boots or woven vamp size and configuration.

The size of braiding textile element 2500 and knitting member 2540 may be selected with the nothing formed by knitting member 2540 Desired size and/or customization cooperation and Performance Characteristics are provided in boots or woven vamp in seam, as above with respect in Figure 21 What the knitting member 2400 in knitting member 2100 and Figure 24 was generally described.For example, size 2531-2536 may be selected to provide Desired size and/or customization coordinate.Those skilled in the art are possible to easily as the selection of knitting member 2540 is adapted to provide for Size with the seamless interior boots or the desired size of woven vamp that are formed from knitting member 2540 and/or customization.

With reference to sectional side view, bottom sectional view and outer sectional side view within Figure 25 03 to 2505 illustrate by including master (outward Portion) knitting member 2560 and secondary (inside) knitting member 2562 the formation of knitting member 2540 seamless interior boots or woven vamp.

The seamless interior boots or woven vamp formed by knitting member 2540 are illustrated with reference to profile before Figure 25 06.With reference to Figure 25 07 is the cross-sectional view intercepted along the section line 2507-2507 with reference to Figure 25 06 of seamless interior boots or woven vamp, and And with reference to Figure 25 08 be the cross section intercepted along the section line 2508-2508 with reference to Figure 25 06 of seamless interior boots or woven vamp Figure.

With reference to as shown in Figure 25 07, in some embodiments, the seamless interior boots that are formed by knitting member 2540 or Woven vamp may include two connect, pantostrats at footwear front part 2557,2558.That is, main or outer braid part 2560 and secondary or internal knitting member 2562 in each may include by the first braiding layer 2552, the second braiding layer 2554 and folder The continuous braiding layer that layer litzendraht wire trace 2550 is formed.In some embodiments, the two layers can connect.One In a little embodiments, the size of secondary (inside) knitting member 2562 can be manufactured smaller, to be conducive to by dynamic fit Customization coordinates.

In some embodiments, knitting member 2540 may include closed-system 2570, and the closed-system 2570 includes Enclosed member 2572, eyelet 2573, the hole in master (outside) knitting member 2560 in secondary (inside) knitting member 2562 Eye 2574, and shoestring 2576.In some embodiments, referred to as shown in Figure 25 08, secondary (inside) knitting member The eyelet 2574 of 2562 eyelet 2573 and main (outside) knitting member 2560 can be with the registering (in of common shoestring 2576 Registration with) align or configure.In some embodiments, by controlling secondary (inside) knitting member 2562 Relative size, the size of master (outside) knitting member 2560 and optional landlord (outside) knitting member 2560 to footwear sole construction The attachment of (for example, seeing the footwear sole construction of Fig. 1), it is user's that secondary (inside) knitting member 2562 can be used common shoestring 2576 Foot provides dynamic fit.

Dynamic fit instep feature and heel feature

Figure 31 will schematically weave the Feature Mapping of the another embodiment of the knitting member 3140 of textile element 3100 To the seamless interior boots or woven vamp that are formed by knitting member.In some embodiments, the braiding of textile element 3100 is woven Part 3140 may include to use the braiding dynamic fit part of continuous closing structure.

In Figure 31, the figure of the identification braiding textile element 3100 of reference marker 3101 is (hereinafter referred to as with reference to figure 3101), and including a series of section line 3111-3119, it is passed through at reference marker 3102,3103,3104 and 3105 Corresponding figure (hereinafter referred to as with reference to Figure 31 02,3103,3104 and 3105) schematically have mapped braiding textile element 3100 Knitting member 3140 various features and characteristic.Illustrated along the interception of section line 3111 to 3119 and volume with reference to Figure 31 02 Knit a series of cross-sectional view 3121 to 3129 of the correlation of knitting member 3140 of textile element 3100；Illustrated with reference to Figure 31 03 The medial side view of knitting member 3140 (after removal and switching process)；(the removal of knitting member 3140 is illustrated with reference to Figure 31 04 After switching process) upward view；And illustrate the outer of knitting member 3140 (after removal and switching process) with reference to Figure 31 05 Lateral plan.Reference marker 3106 is the figure of the preceding isometric view for illustrating knitting member 3140 (after removal and switching process) (hereinafter with reference to Figure 31 06)；Reference marker 3107 is the section line along reference Figure 31 06 for illustrating footwear front part 3158 The figure (hereinafter with reference to Figure 31 07) of the cross-sectional view of 3107-3107 interceptions；And reference marker 3108 is diagram knit unit The footwear front part 3158 of part 3140 along with reference to Figure 31 06 section line 3108-3108 intercept cross-sectional view figure (under Wen Zhongwei refers to Figure 31 08).

Similar to the braiding textile element 2500 in Figure 25, braiding textile element 3100 includes the He of the first braiding layer 3152 The second braiding layer 3154 of the first braiding layer 3152 is covered, and it is overall warp knit configuration to weave textile element 3100.With reference to ginseng Examine Figure 31 01, in some embodiments, the first braiding layer 3152 along Common openings 3153 common first edges 3156 (its system Make or the direction of weaving extend) with the second braiding layer 3154 can be continuous.It will be appreciated that in some embodiments In, braiding textile element 3100 can have similar to the braiding textile element 200 in Fig. 2 and Figure 21 and braiding textile element 2100 Generic tubular configuration, and in some embodiments, braiding textile element 3100 can have similar in Figure 23 and Figure 24 Braiding textile element 2300 and braiding textile element 2400 generally flat two-layer configuration.For purposes of brevity, will close Describe to weave textile element 3100 in generally flat two-layer configuration.The person skilled in the art will easily understand generally tubulose Structure (for example, as shown in Fig. 2 and Figure 21) and generally flat double-layer structure (for example, as shown in Figure 23 and Figure 24) Between each feature and partial correspondence and interchangeability.

Section line 3111 is defined in knitting member 3140 on knitting member 3140 by interlayer litzendraht wire trace 3150 Peripheral border outside through braiding textile element 3100.Therefore, reference will be mapped to reference to the section line 3111 in Figure 31 01 Figure 31 02 is presented the flat double-layer structure 3121 (without the feature being associated with knitting member 3140) of knitting member 3100 The cross section of form.Similarly, do not presented along section line 3111 and the phase of knitting member 3140 with reference to Figure 31 03,3104 and 3105 The feature of association.

Rear heel portion of the section line 3112 through knitting member 3140.To be mapped with reference to the section line 3112 in Figure 31 01 To the cross section in the generally flat form of double-layer structure 3122 that braiding textile element 3100 is presented with reference to Figure 31 02, described two Rotating fields 3122 have a pair relative nodes, and wherein interlayer litzendraht wire trace 3150 is total to away from braiding textile element 3100 With interconnecting the first braiding layer 3152 and the second braiding layer 3154 at the distance 3130 of center line 3151 of the correlation of edge 3156. It will be appreciated that in some embodiments, the common first edges 3156 of knitting member 3140 can be with the common edge similar to Fig. 2 The mode of the common first edges 2556 in common first edges 2456 and Figure 25 in the common first edges 2156, Figure 24 of edge 210, Figure 21 rises Effect, because common first edges 3156 can provide the footwear front part 3158 of the knitting member 3140 through braiding textile element 3100 Continuous surface the continuous braiding layer common to the first braiding layer 3152 and the second braiding layer 3154.

Heel portion of the section line 3113 through knitting member 3140.To be mapped to reference to the section line 3113 in Figure 31 01 The cross section in the generally flat form of double-layer structure 3123 of braiding textile element 3100, described two are presented with reference to Figure 31 02 Rotating fields 3123 have a pair relative nodes, and wherein interlayer litzendraht wire trace 3150 makes at the distance 3131 of center line 3151 First braiding layer 3152 and the second braiding layer 3154 are interconnected.

A part of the section line 3114 through the ankle opening close to knitting member 3140 of closing structure 3170.To refer to Section line 3114 in Figure 31 01 is mapped to reference to the presentation braiding textile elements 3100 of Figure 31 02 in generally flat two-layer knot The cross section of the form of structure 3124, the double-layer structure 3124 has a pair relative nodes, wherein interlayer litzendraht wire trace 3150 Interconnected the first braiding layer 3152 and the second braiding layer 3154 is made at the distance 3132 of center line 3151.

A part of the section line 3115 through the footwear front part 3158 close to knitting member 3140 of closing structure 3170. By with reference to the section line 3115 in Figure 31 01 be mapped to reference to Figure 31 02 present braiding textile element 3100 in generally flat The cross section of the form of double-layer structure 3125, the double-layer structure 3125 has a pair relative nodes, wherein interlayer braiding stitching Line 3150 is interconnected making the first braiding layer 3152 and the second braiding layer 3154 at the distance 3133 of center line 3151.

Footwear front part 3158 of the section line 3116 through knitting member 3140.By with reference to the section line 3116 in Figure 31 01 It is mapped to the cross section in the generally flat form of double-layer structure 3126 that braiding textile element 3100 is presented with reference to Figure 31 02, institute Double-layer structure 3126 is stated with common first edges part 3156 and node, wherein interlayer litzendraht wire trace 3150 is away from center line 3151 Interconnect the first braiding layer 3152 and the second braiding layer 3154 at distance 3134.

Footwear front part 3158 of the section line 3117 through knitting member 3140.By with reference to the section line 3117 in Figure 31 01 It is mapped to the cross section in the generally flat form of double-layer structure 3127 that braiding textile element 3100 is presented with reference to Figure 31 02, institute Stating double-layer structure 3127 has：First node, wherein interlayer litzendraht wire trace 3150 make at the distance 3135 of center line 3151 First braiding layer 3152 and the second braiding layer 3154 are interconnected；And Section Point, wherein interlayer litzendraht wire trace 3150 away from Interconnect the first braiding layer 3152 and the second braiding layer 3154 at first node distance 3136.

The footwear front part 3158 of the contact knitting member 3140 of section line 3118 and anterior with the footwear of knitting member 3140 Part 3158 tangentially extends.Braiding textile element is presented with reference to Figure 31 02 by being mapped to reference to the section line 3118 in Figure 31 01 3100 cross section in the generally flat form of double-layer structure 3128, the double-layer structure 3128 has individual node (display It is the narrow point in the double-layer structure 3128 with reference to Figure 31 02), wherein interlayer litzendraht wire trace 3150 is away from the distance of center line 3151 Interconnect the first braiding layer 3152 and the second braiding layer 3154 at 3137.

Section line 3119 is defined in knitting member 3140 under knitting member 3140 by interlayer litzendraht wire trace 3150 Peripheral border outside through braiding textile element 3100.Therefore, reference will be mapped to reference to the section line 3119 in Figure 31 01 Figure 31 02 is presented the flat double-layer structure 3129 (without the feature being associated with knitting member 3140) of knitting member 3100 The cross section of form.Similarly, do not presented along section line 3119 and the phase of knitting member 3140 with reference to Figure 31 03,3104 and 3105 The feature of association.

Knitting member 3140 can by it is any of or it is later developed removal or separating technology from braiding textile element 3100 removals.In some embodiments, knitting member 3140 can be by using separating technology (such as such as above with respect to Fig. 2 extremely The cutting technique that Fig. 8 is discussed) separate braiding textile element 3100 along the interlayer litzendraht wire trace 3150 of knitting member 3140 Remove or separate from textile element 3100.

After removal, knitting member 3140 can be operated and/or stretched to form seamless interior boots or woven vamp, such as with reference to figure It is generally shown in 3103-3108.

After removal, optionally, knitting member 3140 can be reversed or fold into the way of similar to Figure 26 to Figure 30.

The size of braiding textile element 3100 and knitting member 3140 is selectable to formed by knitting member 3140 Desired size is provided in seamless interior boots or woven vamp and/or customization coordinates and Performance Characteristics, such as above with respect in Figure 21 Knitting member 2100 and Figure 24 in knitting member 2400 substantially describe.For example, size 3131-3137 may be selected to provide Desired size and/or customization coordinate.Those skilled in the art are possible to easily as the selection of knitting member 3140 is adapted to provide for Size with the seamless interior boots or the desired size of woven vamp that are formed from knitting member 3140 and/or customization.

Illustrated by including main or outer with reference to sectional side view, bottom sectional view and outer sectional side view within Figure 31 03 to 3105 Seamless interior boots or woven vamp that the knitting member 3140 of portion's knitting member 3160 and secondary or internal knitting member 3162 is formed.

The seamless interior boots or woven vamp formed by knitting member 3140 are illustrated with reference to profile before Figure 31 06.With reference to Figure 31 07 is the cross-sectional view intercepted along the section line 3107-3107 with reference to Figure 31 06 of seamless interior boots or woven vamp, and And with reference to Figure 31 08 be the cross section intercepted along the section line 3108-3108 with reference to Figure 31 06 of seamless interior boots or woven vamp Figure.

With reference to as shown in Figure 31 07, in some embodiments, the seamless interior boots that are formed by knitting member 3140 or Woven vamp may include the continuous braiding layer at footwear front part 2558.That is, main (outside) knitting member 3160 may include The continuous braiding layer formed by the first braiding layer 3152, the second braiding layer 3154 and interlayer litzendraht wire trace 3150.

In some embodiments, knitting member 3140 may include closed-system 3170, and the closed-system 3170 includes Enclosed member 3172, eyelet 3173, the hole in master (outside) knitting member 3160 in secondary (inside) knitting member 3162 Eye 3174, and shoestring 3176.In some embodiments, referred to as shown in Figure 31 08, secondary (inside) knitting member The eyelet 3174 of 3162 eyelet 3173 and main (outside) knitting member 3160 can in registry be alignd with common shoestring 3176 or Configuration.In some embodiments, by relative size, master (outside) knitting member of secondary (inside) knitting member 3162 of control 3160 attachment to footwear sole construction (for example, seeing the footwear sole construction of Fig. 1) of 3160 size and optional landlord (outside) knitting member, Secondary (inside) knitting member 3162 can be used common shoestring 3176 to provide dynamic fit for the foot of user.

Dynamic fit instep feature

Figure 32 will schematically weave the Feature Mapping of the another embodiment of the knitting member 3240 of textile element 3200 To the seamless interior boots or woven vamp that are formed by knitting member.In some embodiments, the braiding of textile element 3200 is woven Part 3240 may include to use the braiding dynamic fit midsole element of continuous closing structure.

In Figure 32, the figure of the identification braiding textile element 3200 of reference marker 3201 is (hereinafter referred to as with reference to figure 3201), and including a series of section line 3211-3219, it is passed through at reference marker 3202,3203,3204 and 3205 Corresponding figure (hereinafter referred to as with reference to Figure 32 02,3203,3204 and 3205) schematically have mapped braiding textile element 3200 Knitting member 3240 various features and characteristic.Illustrated along the interception of section line 3211 to 3219 and volume with reference to Figure 32 02 Knit a series of cross-sectional view 3221 to 3229 of the correlation of knitting member 3240 of textile element 3200.Illustrated with reference to Figure 32 03 The medial side view of knitting member 3240 (after removing and folding into)；Knitting member 3240 (removal and folding are illustrated with reference to Figure 32 04 After entering) upward view；And the lateral side view of knitting member 3240 (after removing and folding into) is illustrated with reference to Figure 32 05.With reference to Mark 3206 is the figure (hereinafter with reference to Figure 32 06) of the preceding isometric view for illustrating knitting member 3240；Reference marker 3207 is the figure of the cross-sectional view intercepted along the section line 3207-3207 with reference to Figure 32 06 for illustrating footwear front part 3258 (hereinafter with reference to Figure 32 07)；And reference marker 3208 be illustrate knitting member 3240 footwear front part 3258 along The figure (hereinafter with reference to Figure 32 08) of the cross-sectional view intercepted with reference to the section line 3208-3208 of Figure 32 06.

Similar to the braiding textile element 2500 in Figure 25, braiding textile element 3200 includes the first braiding layer 3252 and covers Second braiding layer 3254 of the first braiding layer of lid 3252, and it is overall warp knit configuration to weave textile element 3200.With reference to reference Figure 32 01, in some embodiments, the first braiding layer 3252 along Common openings 3253 common first edges 3256 (its manufacture Or the direction of weaving extends) with the second braiding layer 3254 can be continuous.In some embodiments, the first braiding layer 3252 along the common first edges 3280 (it extends in the direction of manufacture or weaving) of Common openings 3282 and the second braiding layer 3254 can be continuous.It will be appreciated that in some embodiments, braiding textile element 3200 can have similar to Fig. 2 With the braiding textile element 200 in Figure 21 and the generic tubular configuration of braiding textile element 2100, and in some embodiments In, braiding textile element 3200 can have generally putting down similar to the braiding textile element 2300 and 2400 in Figure 23 and Figure 24 Two-layer configuration.For purposes of brevity, by generally flat two-layer configuration come describe weave textile element 3200.Ability Field technique personnel will readily appreciate that generally tubular structure (for example, as shown in Fig. 2 and Figure 21) and generally flat two-layer Each feature and partial correspondence and interchangeability between structure (for example, as shown in Figure 23 and Figure 24).

Section line 3211 is defined in knitting member 3240 on knitting member 3240 by interlayer litzendraht wire trace 3250 Peripheral border outside through braiding textile element 3200.Therefore, reference will be mapped to reference to the section line 3211 in Figure 32 01 Figure 32 02 is presented the flat double-layer structure 3221 (without the feature being associated with knitting member 3240) of knitting member 3200 The cross section of form.Similarly, do not presented along section line 3211 and the phase of knitting member 3240 with reference to Figure 32 03,3204 and 3205 The feature of association.

Rear heel portion of the section line 3212 through knitting member 3240.To be mapped with reference to the section line 3212 in Figure 32 01 To the cross section in the generally flat form of double-layer structure 3222 that braiding textile element 3200 is presented with reference to Figure 32 02, described two Rotating fields 3222 have common first edges 3280 and node, wherein interlayer litzendraht wire trace 3250 away from braiding textile element 3200 The correlation of common first edges 3280 the distance 3231 of center line 3251 at make the first braiding layer 3252 and the second braiding layer 3254 mutual Connection.It will be appreciated that in some embodiments, the common first edges 3280 of knitting member 3240 can be with similar to Fig. 2's Common first edges 2556 in common first edges 2456 and Figure 25 in the common first edges 2156, Figure 24 of common first edges 210, Figure 21 Mode works, because common first edges 3280 can be provided as the first braiding layer 3252 and continuous common to the second braiding layer 3254 Braiding layer, its be suitable for separate braiding textile element 3200 knitting member 3240 and formed for weaving textile element The ankle opening of 3200 knitting member 3240.

Heel portion of the section line 3213 through knitting member 3240.To be mapped to reference to the section line 3213 in Figure 32 01 The cross section in the generally flat form of double-layer structure 3223 of braiding textile element 3200, the two-layer are presented with reference to Figure 32 02 Structure 3223 has common first edges 3280 and a node, wherein interlayer litzendraht wire trace 3250 away from braiding textile element 3200 The first braiding layer 3252 is set mutually to be connected with the second braiding layer 3254 at the distance 3232 of center line 3251 of the correlation of common first edges 3280 Connect.

A part of the section line 3214 through the ankle opening close to knitting member 3240 of closing structure 3270.To refer to Section line 3214 in Figure 32 01 is mapped to reference to the presentation braiding textile elements 3200 of Figure 32 02 in generally flat two-layer knot The cross section of the form of structure 3224, the double-layer structure 3224 has a pair relative nodes, wherein interlayer litzendraht wire trace 3250 Interconnected the first braiding layer 3252 and the second braiding layer 3254 is made at the distance 3233 of center line 3251.

A part of the section line 3215 through the footwear front part 3258 close to knitting member 3240 of closing structure 3270. By with reference to the section line 3215 in Figure 32 01 be mapped to reference to Figure 32 02 present braiding textile element 3200 in generally flat The cross section of the form of double-layer structure 3225, the double-layer structure 3225 has a pair relative nodes, wherein interlayer braiding stitching Line 3250 is interconnected making the first braiding layer 3252 and the second braiding layer 3254 at the distance 3234 of center line 3251.

Footwear front part 3258 of the section line 3216 through knitting member 3240.By with reference to the section line 3216 in Figure 32 01 It is mapped to the cross section in the generally flat form of double-layer structure 3226 that braiding textile element 3200 is presented with reference to Figure 32 02, institute Double-layer structure 3226 is stated with common first edges part 3256 and node, wherein interlayer litzendraht wire trace 3250 is away from center line 3251 Interconnect the first braiding layer 3252 and the second braiding layer 3254 at distance 3235.

Footwear front part 3258 of the section line 3217 through knitting member 3240.By with reference to the section line in Figure 32 01 3217 are mapped to reference to the presentation braiding textile elements 3200 of Figure 32 02 in the transversal of the generally flat form of double-layer structure 3227 Face, the double-layer structure 3227 has first node, and (wherein interlayer litzendraht wire trace 3250 is away from the distance 3236 of center line 3251 Place interconnects the first braiding layer 3252 and the second braiding layer 3254) and wherein interlayer litzendraht wire trace 3250 away from first Make the node that the first braiding layer 3252 and the second braiding layer 3254 are interconnected at nodal distance 3237.

The footwear front part 3258 of the contact knitting member 3240 of section line 3218 and anterior with the footwear of knitting member 3240 Part 3258 tangentially extends.Braiding textile element is presented with reference to Figure 32 02 by being mapped to reference to the section line 3218 in Figure 32 01 3200 cross section in the generally flat form of double-layer structure 3228, the double-layer structure 3228 has individual node (display It is the narrow point in the double-layer structure 3228 with reference to Figure 32 02), wherein interlayer litzendraht wire trace 3250 is away from the distance of center line 3251 Interconnect the first braiding layer 3252 and the second braiding layer 3254 at 3238.

Section line 3219 is defined in knitting member 3240 under knitting member 3240 by interlayer litzendraht wire trace 3250 Peripheral border outside through braiding textile element 3200.Therefore, reference will be mapped to reference to the section line 3219 in Figure 32 01 Figure 32 02 is presented the flat double-layer structure 3229 (without the feature being associated with knitting member 3240) of knitting member 3200 The cross section of form.Similarly, do not presented along section line 3219 and the phase of knitting member 3240 with reference to Figure 32 03,3204 and 3205 The feature of association.

Knitting member 3240 can by it is any of or it is later developed removal or separating technology from braiding textile element 3200 removals.In some embodiments, knitting member 3240 can be by using separating technology (such as such as above with respect to Fig. 2 extremely The cutting technique that Fig. 8 is discussed) separate braiding textile element 3200 along the interlayer litzendraht wire trace 3250 of knitting member 3240 Remove or separate from textile element 3200.Knitting member 3240 can also be by any of or later developed separating technology edge The common first edges 3280 for Common openings 3282 are separated, to form ankle opening.For example, in some embodiments, jointly Edge 3280 is settable one or more braiding indicating sections, and knitting member 3240 can be divided along braiding indicating section From to form ankle opening.

After removal, knitting member 3240 can be operated and/or stretched to form seamless interior boots or woven vamp, such as with reference to figure It is generally shown in 3203-3208.

After removal, optionally, knitting member 3240 can be reversed or fold into the way of similar to Figure 26 to Figure 30.

The size of braiding textile element 3200 and knitting member 3240 is selectable to formed by knitting member 3240 Desired size is provided in seamless interior boots or woven vamp and/or customization coordinates and Performance Characteristics, such as above with respect in Figure 21 Knitting member 2100 and Figure 24 in knitting member 2400 substantially describe.For example, size 3231-3238 may be selected to provide Desired size and/or customization coordinate.Those skilled in the art are possible to easily as the selection of knitting member 3240 is adapted to provide for Size with the seamless interior boots or the desired size of woven vamp that are formed from knitting member 3240 and/or customization.

Illustrated by including main or outer with reference to sectional side view, bottom sectional view and outer sectional side view within Figure 32 03 to 3205 Seamless interior boots or woven vamp that the knitting member 3240 of portion's knitting member 3260 and secondary or internal knitting member 3262 is formed.

The seamless interior boots formed by knitting member 3240 (after removing and folding into) are illustrated with reference to profile before Figure 32 06 Or woven vamp.It it is section line 3207-3207 sections along reference Figure 32 06 of seamless interior boots or woven vamp with reference to Figure 32 07 The cross-sectional view for taking, and be the section line 3208- along reference Figure 32 06 of seamless interior boots or woven vamp with reference to Figure 32 08 The cross-sectional view of 3208 interceptions.

With reference to as shown in Figure 32 07, in some embodiments, the seamless interior boots that are formed by knitting member 3240 or Woven vamp may include the continuous braiding layer at footwear front part 3258.That is, main (outside) knitting member 3260 may include The continuous braiding layer formed by the first braiding layer 3252, the second braiding layer 3254 and interlayer litzendraht wire trace 3250.

In some embodiments, knitting member 3240 may include closed-system 3270, and the closed-system 3270 includes Enclosed member 3272, eyelet 3273, the hole in master (outside) knitting member 3260 in secondary (inside) knitting member 3262 Eye 3274, and shoestring 3276.In some embodiments, referred to as shown in Figure 32 08, secondary (inside) knitting member The eyelet 3274 of 3262 eyelet 3273 and main (outside) knitting member 3260 can in registry be alignd with common shoestring 3276 or Configuration.In some embodiments, by relative size, master (outside) knitting member of secondary (inside) knitting member 3262 of control 3260 attachment to footwear sole construction (for example, seeing the footwear sole construction of Fig. 1) of 3260 size and optional landlord (outside) knitting member, Secondary (inside) braiding structure 3262 can be used common shoestring 3276 to provide dynamic fit for the foot of user.

Figure 33 is that diagram is matched somebody with somebody for being combined with closing structure, tension structure and/or the dynamic of the article of footwear of knitting member Close the schematic cross section of the other embodiments of structure.In some embodiments, the structure for illustrating in fig. 33 can Corresponding to the embodiment of the knitting member illustrated in Figure 25, Figure 31 or Figure 32.In some embodiments, scheme in fig. 33 The structure shown may correspond to other embodiments of seamless interior boots or woven vamp.

In some embodiments, as shown on the left surface in Figure 33 or medial surface 3310, knitting member 3340 can be wrapped Include single braiding layer 3320, its be folded back at common first edges 3322 from (for example, folding into) to form seamless interior boots or spinning Knit the continuous double-walled construction of vamp.In some embodiments, single braiding layer 3320 is settable has close to the shape of edge 3322 Into the first eyelet (hole) 3324 and at the distance 3328 of edge 3322 formed the second eyelet (hole) 3326.In some implementations In scheme, the second eyelet 3326 can be formed in exposed exterior layer 3330 as shown in Figure 33.In some embodiments, Second eyelet 3326 can be formed internally in layer 3332.Distance 3328 can be based on various factors (including the closure structure of article of footwear Total configuration of type, tensioning configuration or dynamic fit configuration) it is different.Those skilled in the art are possible to easily selection and are suitable for nothing First eyelet 3324 and the second eyelet of the desired closure, tensioning or dynamic fit configuration or system of boots or woven vamp in seam 3326 configuration.

In some embodiments, as shown on the right flank in Figure 33 or lateral surface 3312, knitting member 3340 can be wrapped Include exposed first braiding layer 3330 and internal second braiding layer 3332.In some embodiments, the He of the first braiding layer 3330 Second braiding layer 3332 can be arranged to and be generally parallel to one another, to form the double-walled construction of seamless interior boots or woven vamp. In some embodiments, one in the first braiding layer 3330 and the second braiding layer 3332 settable a ground floor and the second layer The opening that can be supplied to by it of another enclosed member (for example, auricle, finger piece, ribbon or other closing structures) (for example, hole or groove).In some embodiments, the settable perforation (hole) of enclosed member, for accommodate closed-system or The shoestring of clamping system or other tension structures (for example, hawser).For example, as shown in Figure 33, in some embodiments, Exposed first braiding layer 3330 is settable groove 3334, for accommodating the auricle or finger piece of internal second braiding layer 3332 Part 3336, and internal second braiding layer is also provided with the eyelet (hole) 3338 for accommodating shoestring 3346.In this situation Under, shoestring 3346 may be provided on the exposed outside of the knitting member 3340 of seamless interior boots or woven vamp.However, at some In embodiment, inner carcass is settable opening (for example, groove or hole), for accommodating closing for exposed external braid Component (for example, auricle or finger piece part) is closed, and the enclosed member of exposed external braid can be set perforation, with For accommodating the shoestring or other tension structures being positioned on the private side of the seamless interior boots of double-walled or woven vamp.Art technology Personnel are possible to the closing structure and configuration, tension structure and configuration and/or dynamic fit that easily selection is suitable for expecting application Structure and configuration.

Also as shown in Figure 33 (that is, lateral surface 3312), in some embodiments, insertion component 3360 may be arranged at the In the bag formed between one braiding layer 3330 and the second braiding layer 3332.For example, insertion component 3360 can be located at braiding Skewback in the footwear middle region of part.

Flap feature equipped with gusset

Figure 34 will schematically weave the Feature Mapping of the another embodiment of the knitting member 3440 of textile element 3400 To by including folding into seamless interior boots or the woven vamp that the knitting member of part is formed.In some embodiments, braiding weaving The knitting member 3440 of element 3400 may include the tongue member equipped with gusset of the braiding for using continuous closing structure.

In Figure 34, the figure of the identification braiding textile element 3400 of reference marker 3401 is (hereinafter referred to as with reference to figure 3401), and including a series of section line 3411-3419, it is passed through at reference marker 3402,3403,3404 and 3405 Corresponding figure (hereinafter referred to as with reference to Figure 34 02,3403,3404 and 3405) schematically have mapped braiding textile element 3400 Knitting member 3440 various features and characteristic.Illustrated along the interception of section line 3411 to 3419 and volume with reference to Figure 34 02 Knit a series of cross-sectional view 3421 to 3429 of the correlation of knitting member 3440 of textile element 3400.Illustrated with reference to Figure 34 03 The medial side view of knitting member 3440 (after removing and folding into)；Knitting member 3440 (removal and folding are illustrated with reference to Figure 34 04 After entering) upward view；And the lateral side view of knitting member 3440 (after removing and folding into) is illustrated with reference to Figure 34 05.With reference to Mark 3406 is the figure of the preceding isometric view of the knitting member 3440 after diagram is removed and folded into (hereinafter with reference to figure 3406)；Reference marker 3407 is to illustrate being intercepted along the section line 3407-3407 with reference to Figure 34 06 for footwear front part 3458 The figure (hereinafter with reference to Figure 34 07) of cross-sectional view；And reference marker 3408 is the footwear front portion portion for illustrating knitting member 3440 Divide the figure of cross-sectional view of the 3458 section line 3408-3408 interceptions along reference Figure 34 06 (hereinafter with reference to figure 3408)。

Similar to the braiding textile element 2500 in Figure 25, braiding textile element 3400 includes the first braiding layer 3452 and covers Second braiding layer 3454 of the first braiding layer of lid 3452, and it is overall warp knit configuration to weave textile element 3400.With reference to reference Figure 34 01, in some embodiments, the first braiding layer 3452 along Common openings 3453 common first edges 3456 (its manufacture Or the direction of weaving extends) with the second braiding layer 3454 can be continuous.In some embodiments, the first braiding Common first edges 3480 (it in the direction of manufacture or weaving extend) and second braiding of the layer 3452 along Common openings 3482 Layer 3454 can be continuous.It will be appreciated that in some embodiments, braiding textile element 3400 can have similar to figure The generic tubular configuration of braiding textile element 200 and braiding textile element 2100 in 2 and Figure 21, and in some embodiments In, braiding textile element 3400 can have generally putting down similar to the braiding textile element 2300 and 2400 in Figure 23 and Figure 24 Two-layer configuration.For purposes of brevity, by generally flat two-layer configuration come describe weave textile element 3400.Ability Field technique personnel will readily appreciate that generally tubular structure (for example, as shown in Fig. 2 and Figure 21) and generally flat two-layer Each feature and partial correspondence and interchangeability between structure (for example, as shown in Figure 23 and Figure 24).

Section line 3411 is defined in knitting member 3440 on knitting member 3440 by interlayer litzendraht wire trace 3450 Peripheral border outside through braiding textile element 3400.Therefore, reference will be mapped to reference to the section line 3411 in Figure 34 01 Figure 34 02 is presented the flat double-layer structure 3421 (without the feature being associated with knitting member 3440) of knitting member 3400 The cross section of form.Similarly, do not presented along section line 3411 and the phase of knitting member 3440 with reference to Figure 34 03,3404 and 3405 The feature of association.

Rear heel portion of the section line 3412 through knitting member 3440.To be mapped with reference to the section line 3412 in Figure 34 01 To the cross section in the generally flat form of double-layer structure 3422 that braiding textile element 3400 is presented with reference to Figure 34 02, described two Rotating fields 3422 have common first edges 3480 and node, wherein interlayer litzendraht wire trace 3450 away from braiding textile element 3400 The correlation of common first edges 3480 the distance 3431 of center line 3451 at make the first braiding layer 3452 and the second braiding layer 3454 mutual Connection.It will be appreciated that in some embodiments, the common first edges 3480 of knitting member 3440 can be with similar to Fig. 2's Common first edges 2556 in common first edges 2456 and Figure 25 in the common first edges 2156, Figure 24 of common first edges 210, Figure 21 Mode works, because common first edges 3480 can be provided as the first braiding layer 3452 and continuous common to the second braiding layer 3454 Braiding layer, its be suitable for separate braiding textile element 3400 knitting member 3440 and formed for weaving textile element The ankle opening of 3400 knitting member 3440.

Heel portion of the section line 3413 through knitting member 3440.To be mapped to reference to the section line 3413 in Figure 34 01 The cross section in the generally flat form of double-layer structure 3423 of braiding textile element 3400, described two are presented with reference to Figure 34 02 Rotating fields 3423 have common first edges 3480 and node, wherein interlayer litzendraht wire trace 3450 away from braiding textile element 3400 The correlation of common first edges 3480 the distance 3432 of center line 3451 at make the first braiding layer 3452 and the second braiding layer 3454 mutual Connection.

A part of the section line 3414 through the ankle opening close to knitting member 3440 of closing structure 3470.To refer to Section line 3414 in Figure 34 01 is mapped to reference to the presentation braiding textile elements 3400 of Figure 34 02 in generally flat two-layer knot The cross section of the form of structure 3424, the double-layer structure 3424 has a pair of relative nodes of unsymmetrical arrangement, and wherein interlayer is compiled Knit the distance 3433 on the side (corresponding to the main body of seamless interior boots or woven vamp 3460) of center line 3451 of stitching line 3450 Place and (correspond to the medial side portion equipped with gusset of seamless interior boots or woven vamp 3460 in the opposite side of center line 3451 3462) interconnect at distance 3,434 first braiding layer 3452 and the second braiding layer 3454 on.

A part of the section line 3415 through the footwear front part 3458 close to knitting member 3440 of closing structure 3470. By with reference to the section line 3415 in Figure 34 01 be mapped to reference to Figure 34 02 present braiding textile element 3400 in generally flat The cross section of the form of double-layer structure 3425, the double-layer structure 3425 has a pair of relative nodes of unsymmetrical arrangement, wherein Interlayer litzendraht wire trace 3450 is the on the side (corresponding to the main body of seamless interior boots or woven vamp 3460) of center line 3451 At one distance 3435 and center line 3451 opposite side (correspond to seamless interior boots or woven vamp 3460 equipped with gusset Medial side portion 3462) on interconnect the first braiding layer 3452 and the second braiding layer 3454 at distance 3436.

Footwear front part 3458 of the section line 3416 through knitting member 3440.By with reference to the section line 3416 in Figure 34 01 It is mapped to the cross section in the generally flat form of double-layer structure 3426 that braiding textile element 3400 is presented with reference to Figure 34 02, institute Double-layer structure 3426 is stated with common first edges part 3456 and node, wherein interlayer litzendraht wire trace 3450 is away from center line 3451 Interconnect the first braiding layer 3452 and the second braiding layer 3454 at distance 3437.

Footwear front part 3458 of the section line 3417 through knitting member 3440.By with reference to the section line 3417 in Figure 34 01 It is mapped to the cross section in the generally flat form of double-layer structure 3427 that braiding textile element 3400 is presented with reference to Figure 34 02, institute Stating double-layer structure 3427 has：First node, wherein interlayer litzendraht wire trace 3450 make at the distance 3438 of center line 3451 First braiding layer 3452 and the second braiding layer 3454 are interconnected；And Section Point, wherein interlayer litzendraht wire trace 3450 exists Interconnect the first braiding layer 3452 and the second braiding layer 3454 at first node distance 3439.

The footwear front part 3458 of the contact knitting member 3440 of section line 3418 and anterior with the footwear of knitting member 3440 Part 3458 tangentially extends.Braiding textile element is presented with reference to Figure 34 02 by being mapped to reference to the section line 3418 in Figure 34 01 3400 cross section in the generally flat form of double-layer structure 3428, the double-layer structure 3428 has individual node (display It is the narrow point in the double-layer structure 3428 with reference to Figure 34 02), wherein interlayer litzendraht wire trace 3450 is away from the distance of center line 3451 Interconnect the first braiding layer 3452 and the second braiding layer 3454 at 3441.

Section line 3419 is defined in knitting member 3240 under knitting member 3440 by interlayer litzendraht wire trace 3450 Peripheral border outside through braiding textile element 3400.Therefore, reference will be mapped to reference to the section line 3419 in Figure 34 01 Figure 34 02 is presented the flat double-layer structure 3429 (without the feature being associated with knitting member 3440) of knitting member 3400 The cross section of form.Similarly, do not presented along section line 3419 and the phase of knitting member 3440 with reference to Figure 34 03,3404 and 3405 The feature of association.

Knitting member 3440 can by it is any of or it is later developed removal or separating technology from braiding textile element 3400 removals.In some embodiments, knitting member 3440 can be by using separating technology (such as such as above with respect to Fig. 2 extremely The cutting technique that Fig. 8 is discussed) separate braiding textile element 3400 along the interlayer litzendraht wire trace 3450 of knitting member 3440 Remove or separate from textile element 3400.Knitting member 3440 can also be by any of or later developed separating technology edge The common first edges 3480 for Common openings 3482 are separated, to form ankle opening.For example, in some embodiments, jointly Edge 3480 is settable one or more braiding indicating sections, and knitting member 3440 can be divided along braiding indicating section From to form ankle opening.

After removal, knitting member 3440 can be operated and/or stretched to form seamless interior boots or woven vamp, such as with reference to figure It is generally shown in 3403-3408.

After removal, knitting member 3440 can be reversed or fold into the way of similar to Figure 26 to Figure 30.

The size of braiding textile element 3400 and knitting member 3440 is selectable to formed by knitting member 3440 Desired size is provided in seamless interior boots or woven vamp and/or customization coordinates and Performance Characteristics, such as above with respect in Figure 21 Knitting member 2100 and Figure 24 in knitting member 2400 substantially describe.For example, size 3431-3439 may be selected to provide Desired size and/or customization coordinate.Those skilled in the art are possible to easily as the selection of knitting member 3440 is adapted to provide for Size with the seamless interior boots or the desired size of woven vamp that are formed from knitting member 3440 and/or customization.

Illustrated by including in braiding with reference to sectional side view, bottom sectional view and outer sectional side view within Figure 34 03 to 3405 What the knitting member 3440 (after removing and folding into) of boots part 3460 and the tongue member 3462 equipped with gusset of braiding was formed Seamless interior boots or woven vamp.

The seamless interior boots formed by knitting member 3440 (after removing and folding into) are illustrated with reference to profile before Figure 34 06 Or woven vamp.It it is section line 3407-3407 sections along reference Figure 34 06 of seamless interior boots or woven vamp with reference to Figure 34 07 The cross-sectional view for taking, and be the section line 3408- along reference Figure 34 06 of seamless interior boots or woven vamp with reference to Figure 34 08 The cross-sectional view of 3408 interceptions.

With reference to as shown in Figure 34 07, in some embodiments, the seamless interior boots that are formed by knitting member 3440 or Woven vamp may include the continuous braiding layer at footwear front part 3458.That is, boots part 3460 may include by the in weaving The continuous braiding layer that one braiding layer 3452, the second braiding layer 3454 and interlayer litzendraht wire trace 3450 are formed.

In some embodiments, knitting member 3440 may include closed-system 3470, and the closed-system 3470 includes Enclosed member 3472, the eyelet 3473 in the tongue member 3462 equipped with gusset of braiding, the boots part 3460 in braiding In eyelet 3474, and shoestring 3476.In some embodiments, with reference to as shown in Figure 34 08, braiding equipped with angle The eyelet 3473 of the tongue member 3462 of fagging and the eyelet 3474 of knitting member 3460 can align with common shoestring 3476.

With auricle feature equipped with gusset flap

Figure 35 will schematically weave the Feature Mapping of the another embodiment of the knitting member 3540 of textile element 3500 To by including folding into seamless interior boots or the woven vamp that the knitting member of part is formed.In some embodiments, braiding weaving The knitting member 3540 of element 3500 may include the footwear equipped with gusset of the braiding with auricle for using continuous closing structure Tongue part.

In Figure 35, the figure of the identification braiding textile element 3500 of reference marker 3501 is (hereinafter referred to as with reference to figure 3501), and including a series of section line 3511-3519, it is passed through at reference marker 3502,3503,3504 and 3505 Corresponding figure (hereinafter referred to as with reference to Figure 35 02,3503,3504 and 3505) schematically have mapped braiding textile element 3500 Knitting member 3540 various features and characteristic.Illustrated along the interception of section line 3511 to 3519 and volume with reference to Figure 35 02 Knit a series of cross-sectional view 3521 to 3529 of the correlation of knitting member 3540 of textile element 3500.Illustrated with reference to Figure 35 03 The medial side view of knitting member 3540 (after removing and folding into)；Knitting member 3540 (removal and folding are illustrated with reference to Figure 35 04 After entering) upward view；And the lateral side view of knitting member 3540 (after removing and folding into) is illustrated with reference to Figure 35 05.With reference to Mark 3506 is the figure (hereinafter with reference to Figure 35 06) of the preceding isometric view for illustrating knitting member 3540；Reference marker 3507 Be the figure of the cross-sectional view intercepted along the section line 3507-3507 with reference to Figure 35 06 for illustrating footwear front part 3558 (hereafter In be with reference to Figure 35 07)；And reference marker 3508 is the footwear front part 3558 of diagram knitting member 3540 along reference The figure (hereinafter with reference to Figure 35 08) of the cross-sectional view of the section line 3508-3508 interceptions of Figure 35 06.

Similar to the braiding textile element 2500 in Figure 25, braiding textile element 3500 includes the first braiding layer 3552 and covers Second braiding layer 3554 of the first braiding layer of lid 3552, and it is overall warp knit configuration to weave textile element 3500.With reference to reference Figure 35 01, in some embodiments, the first braiding layer 3552 along Common openings 3553 common first edges 3556 (its manufacture Or the direction of weaving extends) with the second braiding layer 3554 can be continuous.In some embodiments, the first braiding layer 3552 along the common first edges 3580 (it extends in the direction of manufacture or weaving) of Common openings 3582 and the second braiding layer 3554 can be continuous.It will be appreciated that in some embodiments, braiding textile element 3500 can have similar to Fig. 2 With the braiding textile element 200 in Figure 21 and the generic tubular configuration of braiding textile element 2100, and in some embodiments In, braiding textile element 3500 can have generally putting down similar to the braiding textile element 2300 and 2400 in Figure 23 and Figure 24 Two-layer configuration.For purposes of brevity, by generally flat two-layer configuration come describe weave textile element 3500.Ability Field technique personnel will readily appreciate that generally tubular structure (for example, as shown in Fig. 2 and Figure 21) and generally flat two-layer Each feature and partial correspondence and interchangeability between structure (for example, as shown in Figure 23 and Figure 24).

Section line 3511 is defined in knitting member 3540 on knitting member 3540 by interlayer litzendraht wire trace 3550 Peripheral border outside through braiding textile element 3500.Therefore, reference will be mapped to reference to the section line 3511 in Figure 35 01 Figure 35 02 is presented the flat double-layer structure 3521 (without the feature being associated with knitting member 3540) of knitting member 3500 The cross section of form.Similarly, do not presented along section line 3511 and the phase of knitting member 3540 with reference to Figure 35 03,3504 and 3505 The feature of association.

Rear heel portion of the section line 3512 through knitting member 3540.To be mapped with reference to the section line 3512 in Figure 35 01 To the cross section in the generally flat form of double-layer structure 3522 that braiding textile element 3500 is presented with reference to Figure 35 02, described two Rotating fields 3522 have common first edges 3580 and node, wherein interlayer litzendraht wire trace 3550 away from braiding textile element 3500 The correlation of common first edges 3580 the distance 3531 of center line 3551 at make the first braiding layer 3552 and the second braiding layer 3554 mutual Connection.It will be appreciated that in some embodiments, the common first edges 3580 of knitting member 3540 can be with similar to Fig. 2's Common first edges 2556 in common first edges 2456 and Figure 25 in the common first edges 2156, Figure 24 of common first edges 210, Figure 21 Mode works, because common first edges 3580 can be provided as the first braiding layer 3552 and continuous common to the second braiding layer 3554 Braiding layer, its be suitable for separate braiding textile element 3500 knitting member 3540 and formed for weaving textile element The ankle opening of 3500 knitting member 3540.

Heel portion of the section line 3513 through knitting member 3540.To be mapped to reference to the section line 3513 in Figure 35 01 The cross section in the generally flat form of double-layer structure 3523 of braiding textile element 3500, the two-layer are presented with reference to Figure 35 02 Structure 3523 has common first edges 3580 and a node, wherein interlayer litzendraht wire trace 3550 away from braiding textile element 3500 The first braiding layer 3552 is set mutually to be connected with the second braiding layer 3554 at the distance 3532 of center line 3551 of the correlation of common first edges 3580 Connect.

A part of the section line 3514 through the ankle opening close to knitting member 3540 of closing structure 3570.To refer to Section line 3514 in Figure 35 01 is mapped to reference to the presentation braiding textile elements 3500 of Figure 35 02 in generally flat two-layer knot The cross section of the form of structure 3524, the double-layer structure 3524 has a pair of relative nodes of unsymmetrical arrangement, and wherein interlayer is compiled The distance 3533 on the side (corresponding to the main body of seamless interior boots or part 3560) of center line 3551 of stitching line 3550 is knitted to sentence And on the opposite side (correspond in braiding boots part 3560 equipped with gusset medial side portion 3562) of center line 3551 distance Interconnect the first braiding layer 3552 and the second braiding layer 3554 at 3534.

A part of the section line 3515 through the footwear front part 3558 close to knitting member 3540 of closing structure 3570. By with reference to the section line 3515 in Figure 35 01 be mapped to reference to Figure 35 02 present braiding textile element 3500 in generally flat The cross section of the form of double-layer structure 3525, the double-layer structure 3525 has a pair of relative nodes of unsymmetrical arrangement, wherein Interlayer litzendraht wire trace 3550 on the side (corresponding to the main body of boots part 3560 in seamless knitted) of center line 3551 the At one distance 3535 and center line 3551 opposite side (correspond to boots part 3560 in braiding equipped with gusset tongue portion The first braiding layer 3552 and the second braiding layer 3554 are interconnected at the distance 3536 divided on 3562).

Footwear front part 3558 of the section line 3516 through knitting member 3540.By with reference to the section line 3516 in Figure 35 01 It is mapped to the cross section in the generally flat form of double-layer structure 3526 that braiding textile element 3500 is presented with reference to Figure 35 02, institute Double-layer structure 3526 is stated with common first edges part 3556 and node, wherein interlayer litzendraht wire trace 3550 is in center line 3551 Corresponding to making the first braiding layer 3552 and the second braiding layer at the distance 3538 on the side of the main body of boots part 3560 in braiding 3554 interconnect.Double-layer structure 3526 also includes common first edges 3556 and node, and wherein interlayer litzendraht wire trace 3550 is in Heart line 3551 corresponding to making the first braiding layer at the distance 3537 on the opposite side equipped with the auricle on gusset flap 3562 3552 and second braiding layer 3554 interconnect.

Footwear front part 3558 of the section line 3517 through knitting member 3540.By with reference to the section line 3517 in Figure 35 01 It is mapped to the cross section in the generally flat form of double-layer structure 3527 that braiding textile element 3500 is presented with reference to Figure 35 02, institute Double-layer structure 3527 is stated with common first edges 3556 and node, wherein interlayer litzendraht wire trace 3550 is away from the distance of center line 3551 Interconnect the first braiding layer 3552 and the second braiding layer 3554 at 3539.

Footwear front part 3558 of the section line 3518 through knitting member 3540.By with reference to the section line 3518 in Figure 35 01 It is mapped to the cross section in the generally flat form of double-layer structure 3528 that braiding textile element 3500 is presented with reference to Figure 35 02, institute State double-layer structure 3528 makes the first braiding layer with wherein interlayer litzendraht wire trace 3550 at the distance 3538 of center line 3551 3552 and the second braiding layer 3554 interconnect node, and wherein interlayer litzendraht wire trace 3550 away from center line 3551 away from Make the Section Point that the first braiding layer 3552 and the second braiding layer 3554 are interconnected away from 3539.

The footwear front part 3558 of the contact knitting member 3540 of section line 3519 and anterior with the footwear of knitting member 3540 Part 3558 tangentially extends.Braiding textile element is presented with reference to Figure 35 02 by being mapped to reference to the section line 3519 in Figure 35 01 3500 cross section in the generally flat form of double-layer structure 3529, the double-layer structure 3529 has individual node (display It is the narrow point in the double-layer structure 3529 with reference to Figure 35 02), wherein interlayer litzendraht wire trace 3550 is away from the distance of center line 3551 Interconnect the first braiding layer 3552 and the second braiding layer 3554 at 3541.

Knitting member 3540 can by it is any of or it is later developed removal or separating technology from braiding textile element 3500 removals.In some embodiments, knitting member 3540 can be by using separating technology (such as such as above with respect to Fig. 2 extremely The cutting technique that Fig. 8 is discussed) separate braiding textile element 3500 along the interlayer litzendraht wire trace 3550 of knitting member 3540 Remove or separate from textile element 3500.Knitting member 3540 can also be by any of or later developed separating technology edge The common first edges 3580 for Common openings 3582 are separated, to form ankle opening.For example, in some embodiments, jointly Edge 3580 is settable one or more braiding indicating sections, and knitting member 3540 can be divided along braiding indicating section From to form ankle opening.

After removal, knitting member 3540 can be operated and/or stretched to form seamless interior boots or woven vamp, such as with reference to figure It is generally shown in 3503-3508.

After removal, knitting member 3540 can be reversed or fold into the way of similar to Figure 26 to Figure 30.

The size of braiding textile element 3500 and knitting member 3540 is selectable to formed by knitting member 3540 Desired size is provided in seamless interior boots or woven vamp and/or customization coordinates and Performance Characteristics, such as above with respect in Figure 21 Knitting member 2100 and Figure 24 in knitting member 2400 substantially describe.For example, size 3531-3539 and 3541 may be selected Coordinated with providing desired size and/or customization.Those skilled in the art are possible to easily as the selection of knitting member 3540 is adapted to Size with the desired size and/or customization that the seamless interior boots or woven vamp formed from knitting member 3540 is provided.

Illustrated by including in braiding with reference to sectional side view, bottom sectional view and outer sectional side view within Figure 35 03 to 3505 What the knitting member 3540 (after removing and folding into) of boots part 3560 and the tongue member 3562 equipped with gusset of braiding was formed Seamless interior boots or woven vamp.

The seamless interior boots formed by knitting member 3540 (after removing and folding into) are illustrated with reference to profile before Figure 35 06 Or woven vamp.It it is section line 3507-3507 sections along reference Figure 35 06 of seamless interior boots or woven vamp with reference to Figure 35 07 The cross-sectional view for taking, and be the section line 3508- along reference Figure 35 06 of seamless interior boots or woven vamp with reference to Figure 35 08 The cross-sectional view of 3508 interceptions.

With reference to as shown in Figure 35 07, in some embodiments, the seamless interior boots that are formed by knitting member 3540 or Woven vamp may include the continuous braiding layer at footwear front part 3558.That is, boots part 3560 may include by the in weaving The continuous braiding layer that one braiding layer 3552, the second braiding layer 3554 and interlayer litzendraht wire trace 3550 are formed.

Referred to as shown in Figure 35 07, in some embodiments, the auricle part equipped with gusset flap 3562 On 3583 inside that seamless interior boots or woven vamp 3540 can be folded at footwear front part 3558.In some embodiments, Auricle part 3583 for example can be attached to footwear front part 3558 by combination, suture or another attachment technique.

In some embodiments, knitting member 3540 may include closed-system 3570, and the closed-system 3570 includes Fold into medial side portion 3562, enclosed member 3572, braiding the tongue member 3562 equipped with gusset in eyelet 3573, Eyelet 3574 in braiding in boots part 3560, and shoestring 3576.Referred to as shown in Figure 35 08, in some embodiments In, tongue member 3562 can be folded or fold into.In some embodiments, referred to as shown in Figure 35 08, tongue portion Part 3562 can be folded into and folded so that the eyelet 3573 and knitting member of the tongue member 3562 equipped with gusset of braiding 3560 eyelet 3574 can in registry align or configure with common shoestring 3576.By this way, tongue member 3562 can be determined Between foot of the position in shoestring 3562 and in being arranged in seamless interior boots or woven vamp.

The footwear configurations of the seamless interior boots with circle segment

This section generally described for weaving including having for being incorporated into the woven vamp for article of footwear The embodiment and method of the braiding textile element of the knitting member of circle segment.Specifically, this section generally described for Braiding include being configured to be formed the first knitting member part of seamless interior boots or woven vamp and be configured to around seamless interior boots or The reality of the braiding textile element of at least one of second knitting member part of woven vamp (that is, the first knitting member part) Scheme and method are applied, its encircled portion (that is, the second knitting member part) is in the interlayer litzendraht wire of the first knitting member part With the first braiding layer of the first knitting member part and/or the second braiding layer is seamless is associated at trace.In some embodiments In, circle segment can form the dynamic fit structure of article of footwear.In some embodiments, circle segment may include by The bag for accommodating insertion component that one braiding layer and/or the second braiding layer are formed.In some embodiments, circle segment can With a cooperation in first braiding layer and the second braiding layer of seamless interior boots or woven vamp (that is, the first knitting member part) To form the bag for accommodating insertion component.For example, in some embodiments, insertion component may include anterior in the footwear of article Part at toe cap cup, the heel cup in the heel part office of article, the skewback at the Instep portion of article, for flap Laying and/or another insertion component.

Figure 36 to Figure 49 is illustrated including the seamless interior boots or footwear of textile fabric around batten structure (spline structure) The embodiment in face.The similar of embodiment illustrated is in Figure 36 to Figure 49, each includes the nothing of overall warp knit construction Boots or woven vamp in seam, (that is, the interlayer litzendraht wire trace of the main body of boots in braiding is being defined at the batten of the boots that are included Place) with the continuous circle segment of interior boots.In some embodiments, coil structure can provide dynamic fit structure.

Figure 36 schematically will weave textile element 3600 knitting member 3640 embodiment Feature Mapping to by Seamless interior boots or woven vamp that knitting member is formed.In some embodiments, the knitting member of textile element 3600 is woven 3640 may include to use the braiding dynamic fit part of coil structure.In some embodiments, braiding dynamic fit part can The batten formed by interlayer litzendraht wire trace 3650 with knitting member 3640 integrally weaves.

In Figure 36, the figure of the identification braiding textile element 3600 of reference marker 3601 is (hereinafter referred to as with reference to figure 3601), and including a series of section line 3611-3619, it is passed through at reference marker 3602,3603,3604 and 3605 Corresponding figure (hereinafter referred to as with reference to Figure 36 02,3603,3604 and 3605) schematically have mapped braiding textile element 3600 Knitting member 3640 various features and characteristic.Illustrated along the interception of section line 3611 to 3619 and volume with reference to Figure 36 02 Knit the related a series of cross-sectional view 3621 to 3629 of the knitting member 3640 (before removal) of textile element 3600.With reference to figure 3603 medial side views for illustrating knitting member 3640 (after removal, which part surround)；Braiding is illustrated with reference to Figure 36 04 The upward view of part 3640 (after removal, which part surround)；And illustrate the (removal of knitting member 3640 with reference to Figure 36 05 Afterwards, which part around) lateral side view.Reference marker 3606 is the preceding isometric for illustrating knitting member 3640 (after removal) View and illustrate around process figure (hereinafter with reference to Figure 36 06)；Reference marker 3607 is diagram footwear front part 3658 Along with reference to Figure 36 06 section line 3607-3607 intercept cross-sectional view figure (hereinafter with reference to Figure 36 07)；And Reference marker 3608 is the section line 3608- along reference Figure 36 06 of the footwear front part 3658 for illustrating knitting member 3640 The figure (hereinafter with reference to Figure 36 08) of the cross-sectional view of 3608 interceptions.

Similar to the braiding textile element 2400 in Figure 24, braiding textile element 3600 includes the first braiding layer 3652 and covers Second braiding layer 3654 of the first braiding layer of lid 3652, and it is overall warp knit configuration to weave textile element 3600.With reference to reference Figure 36 01, in some embodiments, the first braiding layer 3652 is along the common edge extended in the direction of manufacture or weaving Edge 3656 can be continuous with the second braiding layer 3654.It will be appreciated that in some embodiments, weaving textile element 3600 can have the generic tubular configuration similar to the braiding textile element 200 in Fig. 2 and Figure 21 and braiding textile element 2100, And in some embodiments, braiding textile element 3600 can have similar to the braiding textile element in Figure 23 and Figure 24 2300 and 2400 generally flat two-layer configuration.For purposes of brevity, will describe on generally flat two-layer configuration Braiding textile element 3600.The person skilled in the art will easily understand generally tubular structure (for example, such as in Fig. 2 and Figure 21 It is shown) each feature and generally flat double-layer structure (for example, as shown in Figure 23 and Figure 24) between and partial right Should and interchangeability.

Section line 3611 is defined in knitting member 3640 on knitting member 3640 by interlayer litzendraht wire trace 3650 Peripheral border outside through braiding textile element 3600.Therefore, reference will be mapped to reference to the section line 3611 in Figure 36 01 Figure 36 02 is presented the flat double-layer structure 3621 (without the feature being associated with knitting member 3640) of knitting member 3600 The cross section of form.Similarly, do not presented along section line 3611 and the phase of knitting member 3640 with reference to Figure 36 03,3604 and 3605 The feature of association.

Rear heel portion of the section line 3612 through knitting member 3640.To be mapped with reference to the section line 3612 in Figure 36 01 To the cross section in the generally flat form of double-layer structure 3622 that braiding textile element 3600 is presented with reference to Figure 36 02, described two Rotating fields 3622 have node, wherein interlayer litzendraht wire trace 3650 away from braiding textile element 3600 common first edges 3656 away from Interconnect the first braiding layer 3652 and the second braiding layer 3654 away from 3631.It will be appreciated that in some embodiments, The common first edges 3656 of knitting member 3640 can with the common first edges 2156 of the common first edges 210, Figure 21 similar to Fig. 2 and The mode of the common first edges 2456 in Figure 24 works, because common first edges 3656 can be provided as the first braiding layer 3652 and second Continuous braiding layer common to braiding layer 3654, its be suitable for separate braiding textile element 3600 knitting member 3640 and Form the ankle opening of the knitting member 3640 for weaving textile element 3600.

Heel portion of the section line 3613 through knitting member 3640.To be mapped to reference to the section line 3613 in Figure 36 01 The cross section in the generally flat form of double-layer structure 3623 of braiding textile element 3600, the two-layer are presented with reference to Figure 36 02 Structure 3623 has node, and wherein interlayer litzendraht wire trace 3650 is in the distance of common first edges 3656 away from braiding textile element 3600 Interconnect the first braiding layer 3652 and the second braiding layer 3654 at 3632.

A part of the section line 3614 through the ankle opening close to knitting member 3640 of closing structure 3670.To refer to Section line 3614 in Figure 36 01 is mapped to reference to the presentation braiding textile elements 3600 of Figure 36 02 in generally flat two-layer knot The cross section of the form of structure 3624, the double-layer structure 3624 has：First node, wherein interlayer litzendraht wire trace 3650 are away from altogether With (corresponding to the main body of seamless interior boots or woven vamp 3640) at the distance 3633 of edge 3656 and make the first braiding layer 3652 and the Two braiding layers 3654 are interconnected；And Section Point, wherein interlayer litzendraht wire trace 3650 is away from first node distance 3634 Place (corresponds to the braiding layer of dynamic fit part 3660 and second of the first braiding layer 3652 of seamless interior boots or woven vamp 3640 The distal end of 3654 dynamic fit part 3662) interconnect the first braiding layer 3652 and the second braiding layer 3654.

A part of the section line 3615 through the footwear front part 3658 close to knitting member 3640 of closing structure 3570. By with reference to the section line 3615 in Figure 36 01 be mapped to reference to Figure 36 02 present braiding textile element 3600 in generally flat The cross section of the form of double-layer structure 3625, the double-layer structure 3625 has：First node, wherein interlayer litzendraht wire trace 3650 Make the first braiding layer 3652 and the at the distance 3635 of common first edges 3656 (correspond to seamless interior boots or woven vamp 3640) Two braiding layers 3654 are interconnected；And Section Point, wherein interlayer litzendraht wire trace 3650 is away from first node distance 3636 Place (corresponds to the braiding layer of dynamic fit part 3660 and second of the first braiding layer 3652 of seamless interior boots or woven vamp 3640 The distal end of 3654 dynamic fit part 3662) interconnect the first braiding layer 3652 and the second braiding layer 3654.

Footwear front part 3658 of the section line 3616 through knitting member 3640.By with reference to the section line 3616 in Figure 36 01 It is mapped to the cross section in the generally flat form of double-layer structure 3626 that braiding textile element 3600 is presented with reference to Figure 36 02, institute Double-layer structure 3626 is stated with node, wherein interlayer litzendraht wire trace 3650 makes first at the distance 3637 of common first edges 3656 The braiding layer 3654 of braiding layer 3652 and second is interconnected.

Footwear front part 3658 of the section line 3617 through knitting member 3640.By with reference to the section line 3617 in Figure 36 01 It is mapped to the cross section in the generally flat form of double-layer structure 3627 that braiding textile element 3600 is presented with reference to Figure 36 02, institute Stating double-layer structure 3627 has：First node, wherein interlayer litzendraht wire trace 3650 are at the distance 3638 of common first edges 3656 Interconnect the first braiding layer 3652 and the second braiding layer 3654；And Section Point, wherein interlayer litzendraht wire 3650 away from Interconnect the first braiding layer 3652 and the second braiding layer 3654 at first node distance 3639.

The footwear front part 3658 of the contact knitting member 3640 of section line 3618 and anterior with the footwear of knitting member 3640 Part 3658 tangentially extends.Braiding textile element is presented with reference to Figure 36 02 by being mapped to reference to the section line 3618 in Figure 36 01 3600 cross section in the generally flat form of double-layer structure 3628, the double-layer structure 3628 has individual node (display Be the narrow point in the double-layer structure 3628 with reference to Figure 36 02), wherein interlayer litzendraht wire trace 3650 away from common first edges 3656 away from Interconnect the first braiding layer 3652 and the second braiding layer 3654 away from 3641.

Section line 3619 is defined in knitting member 3640 under knitting member 3640 by interlayer litzendraht wire trace 3650 Peripheral border outside through braiding textile element 3600.Therefore, reference will be mapped to reference to the section line 3619 in Figure 36 01 Figure 36 02 is presented the flat double-layer structure 3629 (without the feature being associated with knitting member 3640) of knitting member 3600 The cross section of form.Similarly, do not presented along section line 3619 and the phase of knitting member 3640 with reference to Figure 36 03,3604 and 3605 The feature of association.

Knitting member 3640 including dynamic fit part 3660 and 3662 can be by any of or later developed Removal or separating technology are removed from braiding textile element 3600.In some embodiments, knitting member 3640 can be by using Separating technology (such as above with respect to the cutting technique described in Fig. 2 to Fig. 8) weaves stitching along the interlayer of knitting member 3640 Line 3650 separates braiding textile element 3600 to remove or separate from textile element 3600.In the case, by around including The periphery of the knitting member 3640 of dynamic fit part 3660 and 3662 separates braiding textile element 3600 to remove knitting member 3640.Knitting member 3640 can also be divided by any of or later developed separating technology along common first edges 3656 From to form ankle opening.For example, in some embodiments, common first edges 3656 are settable to have one or more braidings to refer to Show part, and knitting member 3640 can be separated along braiding indicating section, to form ankle opening.In some embodiment party In case, knitting member 3640 can be used separating technology (such as above with respect to the cutting technique described in Fig. 2 to Fig. 8) along common Edge 3656 is separated.

Similarly, dynamic fit part 3660 and 3662 can along the perimeter line 3663 of interlayer litzendraht wire trace 3650, 3664 and 3665 are separated, with the first dynamic fit part 3660 being formed on the medial surface of knitting member 3640 and in braiding The second dynamic fit part 3662 on the lateral surface of part 3640.

After removal, knitting member 3640 can be operated and/or stretched to form seamless interior boots or woven vamp, such as with reference to figure It is generally shown in 3603-3608.

After removal, optionally, knitting member 3640 can be reversed in the way of similar to Figure 26 to Figure 30 or inside is turned over Go out (for example, under meet personally Figure 37 to Figure 45).

The size of braiding textile element 3600 and knitting member 3640 is selectable to formed by knitting member 3640 Desired size is provided in seamless interior boots or woven vamp and/or customization coordinates and Performance Characteristics, such as above with respect in Figure 21 Knitting member 2100 and Figure 24 in knitting member 2400 substantially describe.For example, size 3631-3639 and 3641 may be selected Coordinated with providing desired size and/or customization.In some embodiments, the size of dynamic fit part 3660 and 3662 3634 and 3636 dynamic fits for being selectable to provide customization.Those skilled in the art are possible to be easily knitting member 3640 Selection is adapted to provide for the desired size of the seamless interior boots or woven vamp formed from knitting member 3640 and/or customization The size of (including dynamic fit).

Illustrated with reference to sectional side view, bottom sectional view and outer sectional side view within Figure 36 03 to 3605 and matched somebody with somebody by including dynamic Close seamless interior boots or woven vamp that the knitting member 3640 (after removal) of part 3660 and 3662 is formed.For the mesh of description , in reference to Figure 36 03,3604 and 3605, medial surface of the dynamic fit part 3660 around knitting member 3640 is shown, and And show that dynamic fit part 3662 is fully extended with state after its initial removal.

The seamless interior boots or weaving formed by knitting member 3640 (after removal) are illustrated with reference to profile before Figure 36 06 Vamp.It is the horizontal stroke intercepted along the section line 3607-3607 with reference to Figure 36 06 of seamless interior boots or woven vamp with reference to Figure 36 07 Sectional view, and be section line 3608-3608 sections along reference Figure 36 06 of seamless interior boots or woven vamp with reference to Figure 36 08 The cross-sectional view (removing and after) for taking.

With reference to as shown in Figure 36 06, braiding dynamic fit part 3660 can be around the inner side bread of knitting member 3640 Wrapping up in, and weave dynamic fit part 3662 can wrap up around the lateral surface of knitting member 3640.

With reference to as shown in Figure 36 07, in some embodiments, the seamless interior boots that are formed by knitting member 3640 or Woven vamp may include the continuous braiding layer at footwear front part 3658.That is, seamless interior boots or woven vamp 3640 can be wrapped Include the continuous braiding layer formed by the first braiding layer 3652, the second braiding layer 3654 and interlayer litzendraht wire trace 3650.

In some embodiments, knitting member 3640 may include closed-system 3670.In some embodiments, close System 3670 may include enclosed member 3672, eyelet 3674 and shoestring 3676.

In some embodiments, braiding dynamic fit part 3660 and 3662 can be wrapped up around knitting member 3640, be made The distal end for obtaining dynamic fit part 3660 and 3662 is corresponding with closed-system 3670.In some embodiments, dynamic is woven to match somebody with somebody Closing part 3660 and 3662 may include at least one enclosed member 3682 and at least one eyelet 3684.In some embodiments In, dynamic fit part 3660 and 3662 can be wrapped up around knitting member 3640 so that at least the one of dynamic fit part 3660 At least one enclosed member 3682 and eyelet 3683 of individual enclosed member 3682 and eyelet 3684 and/or dynamic fit part 3662 With at least one enclosed member 3672 of seamless interior boots or woven vamp 3640 and eyelet 3674 is registering aligns.Such as with reference to figure Shown in 3608, in some embodiments, multiple enclosed members 3672,3682 and eyelet 3674 of closed-system 3670, 3684 and dynamic fit part 3660 and 3662 can with registration arrange.In the case, it will be appreciated that, closed-system 3670 And the dynamic fit system including dynamic fit part 3660 and 3662 can be used common shoestring 3676, such as with reference to figure Shown in 3608.In some embodiments, dynamic fit part 3660 and 3662 can be used different from closed-system 3670 Shoestring.In some embodiments, knitting member 3640 may include containing dynamic fit part 3660 and 3662 and not contain The dynamic fit system of any closed-system.Those skilled in the art are possible to easily selection and are suitable for expecting the dynamic of article of footwear The combination of state coupled system or dynamic fit system and closed-system.

In some embodiments, with reference to as shown in Figure 36 06 and 3608, by knitting member 3640 formed it is seamless Interior boots or woven vamp may include to insert component 3690.In some embodiments, insertion component may be inserted into knitting member In the bag formed between 3640 the first braiding layer 3652 and the second braiding layer 3654.For example, such as referring to Figure 36 06 and 3608 Shown in, in some embodiments, insertion component 3690 can be located at the arch in the footwear middle region of knitting member 3640 Seat.

Figure 37 to Figure 45 was schematically illustrated for appointing of routing up knitting member (after removal) folding of Figure 36 or inside The switching process of choosing.Figure 37 illustrates the knitting member 3640 of Figure 36 of state after initial removal.As shown in Figure 37, exist In some embodiments, dynamic fit part 3660 can in the lateral surface for being directed around seamless interior boots 3640 of arrow 3720, And dynamic fit part 3662 can be in the medial surface for being directed around seamless interior boots 3640 of arrow 3710.Figure 38 illustrates it Middle dynamic fit element portion 3660 and 3662 partially surrounds the seamless interior boots of braiding in the direction of arrow 3810 and 3820 respectively The knitting member 3640 of each medial surface and lateral surface, and Figure 39 is to illustrate dynamic fit part 3660 and 3662 respectively in arrow First 3910 and 3920 direction is generally around each medial surface and the front view of lateral surface of knitting member 3640.Figure 40 is figure Show dynamic fit part 3660 and 3662 entirely around the medial surface and lateral surface of knitting member 3640 and cover seamless interior boots The front view of 3640 closing structure 3670.Figure 41 is diagram dynamic fit part 3660 and 3662 entirely around knitting member 3640 medial surface and lateral surface and cover seamless interior boots 3640 closing structure 3670 side view.Figure 42 is illustrated wherein The knitting member 3640 of the partial switching of footwear front part 3658.Specifically, direction quilt of the footwear front part 3658 in arrow 4210 In shifting the inside of knitting member (seamless interior boots) 3640 onto.Figure 43 illustrates wherein footwear front part 3658 in the side of arrow 4320 To be further promoted in the ankle opening of knitting member (seamless interior boots) 3640 and the direction of arrow 4310 by braiding The ankle opening of part (seamless interior boots) 3640 is pushed out the heel portion of seamless interior boots 3640 simultaneously in the direction of arrow 4330 The knitting member for being promoted.Figure 44 illustrates wherein footwear front part 3658 and is generally promoted through ankle in the direction of arrow 4410 The heel portion of portion opening seamless interior boots 3640 simultaneously promotes the knitting member 3640 that is reversed by the direction of arrow 4420, And Figure 45 is illustrated and is totally turned over or knitting member that inside is routed up.

Figure 46 is included in the seamless interior boots of the knitting member 3640 of (as shown in Figure 36-45) after removal and inside are routed up Or the schematic preceding isometric view of woven vamp.Figure 47 be Figure 46 seamless interior boots or woven vamp along section line 47- The cross-sectional view of 47 interceptions.Figure 48 is seamless interior boots or the cross section intercepted along section line 48-48 of woven vamp of Figure 46 Figure.

It will be appreciated that the structure and features of the seamless interior boots or woven vamp 3640 in Figure 46 to Figure 48 is substantially similar In the structure and features of Figure 36, simply in Figure 46 to Figure 48, dynamic fit part 3660 and 3662 is positioned at seamless interior boots In 3640 inside.

Figure 49 will schematically weave the Feature Mapping of the another embodiment of the knitting member 4940 of textile element 4900 To the seamless interior boots or woven vamp that are formed by knitting member.In some embodiments, the braiding of textile element 4900 is woven Part 4940 may include at least one braiding dynamic fit finger piece part or circle segment.In some embodiments, at least The batten that one braiding dynamic fit part can be formed by interlayer litzendraht wire trace 4950 with knitting member 4940 is integrally Braiding.In some embodiments, optionally, at least one braiding dynamic fit finger piece part or part 4980 may be provided at At the heel region of seamless interior boots 4940.In some embodiments, optionally, at least one braiding dynamic fit finger piece part Or part (for example, 4981,4982,4983 and 4984) may be provided at the footwear middle region of seamless interior boots 4940.In some implementations In scheme, optionally, at least one braiding dynamic fit finger piece part or part 4985 may be provided at seamless interior boots 4940 At footwear forward region.In order to be briefly described, although illustrating the heel region for being included in seamless interior boots 4940 with reference to Figure 49 01 to 4905 With the optional dynamic fit finger piece part at footwear forward region or part 4980 and 4985 to embodiment, but Figure 49 Illustrated with reference to Figure 49 06-4908 and matched somebody with somebody including being positioned at the only optional dynamic of five pairs at the footwear middle region of seamless interior boots 4940 Close finger piece part or part (including details of dynamic fit finger piece part or part 4981,4982,4983 and 4984) Embodiment.Figure 50 to Figure 52 is illustrated and matched somebody with somebody including being positioned at the optional dynamic at the heel region of seamless interior boots and footwear forward region Close finger piece part or it is partial to details embodiment.

In Figure 49, the figure of the identification braiding textile element 4900 of reference marker 4901 is (hereinafter referred to as with reference to figure 4901), and including a series of section line 4911 to 4919, it is passed through at reference marker 4902,4903,4904 and 4905 Corresponding figure (hereinafter referred to as with reference to Figure 49 02,4903,4904 and 4905) schematically have mapped braiding textile element 4900 Knitting member 4940 various features and characteristic.Illustrated along the interception of section line 4911 to 4919 and volume with reference to Figure 49 02 Knit the related a series of cross-sectional view 4921 to 4929 of the knitting member 4940 (before removal) of textile element 4900.With reference to figure 4903 medial side views for illustrating knitting member 4940 (after removal, which part surround)；Braiding is illustrated with reference to Figure 49 04 The upward view of part 4940 (after removal, which part surround)；And illustrate the (removal of knitting member 4940 with reference to Figure 49 05 Afterwards, which part around) lateral side view.Reference marker 4906 be diagram knitting member 4940 (after removal, which part ring Around) preceding isometric view and illustrate around process figure (hereinafter with reference to Figure 49 06)；Reference marker 4907 is diagram Wherein entirely around knitting member 4940 preceding isometric view figure (hereinafter with reference to Figure 49 07)；And reference marker 4908 is the section line 4908-4908 interceptions along reference Figure 49 07 of the footwear front part 4958 for illustrating knitting member 4940 Cross-sectional view figure (hereinafter with reference to Figure 49 08).

Similar to the braiding textile element 2400 in Figure 24, braiding textile element 4900 includes the first braiding layer 4952 and covers Second braiding layer 4954 of the first braiding layer of lid 4952, and it is overall warp knit configuration to weave textile element 4900.With reference to reference Figure 49 01, in some embodiments, the first braiding layer 4952 is along the common edge extended in the direction of manufacture or weaving Edge 4956 can be continuous with the second braiding layer 4954.It will be appreciated that in some embodiments, weaving textile element 4900 can have the generic tubular configuration similar to the braiding textile element 200 and 2100 in Fig. 2 and Figure 21, and in some realities Apply in scheme, braiding textile element 4900 can have similar to the big of the braiding textile element 2300 and 2400 in Figure 23 and Figure 24 Two-layer configuration flat on body.For purposes of brevity, by generally flat two-layer configuration come describe weave textile element 4900.The person skilled in the art will easily understand generally tubular structure (for example, as shown in Fig. 2 and Figure 21) and generally Each feature and partial correspondence and interchangeability between flat double-layer structure (for example, as shown in Figure 23 and Figure 24).

Section line 4911 is defined in knitting member 4940 on knitting member 4940 by interlayer litzendraht wire trace 4950 Peripheral border outside through braiding textile element 4900.Therefore, reference will be mapped to reference to the section line 4911 in Figure 49 01 Figure 49 02 is presented the flat double-layer structure 4921 (without the feature being associated with knitting member 4940) of knitting member 4900 The cross section of form.Similarly, do not presented along section line 4911 and the phase of knitting member 4940 with reference to Figure 49 03,4904 and 4905 The feature of association.

Section line 4912 passes through on the main body of knitting member 4940, and in some embodiments, section line 4912 may pass through the optional braiding dynamic fit finger piece part of three couple extended from the rear heel portion of knitting member 4940 or Part 4980.By with reference to the section line 4912 in Figure 49 01 be mapped to reference to Figure 49 02 present braiding textile element 4900 in big The cross section of the form of double-layer structure 4922 flat on body, the double-layer structure 4922 has：First node, wherein interlayer litzendraht wire Trace 4950 compiles the first braiding layer 4952 and second at the distance 4931 of common first edges 4956 away from braiding textile element 4900 Tissue layer 4954 is interconnected；Section Point, wherein interlayer litzendraht wire trace 4950 make first at first node distance 4932 The braiding layer 4954 of braiding layer 4952 and second is interconnected；3rd node, wherein interlayer litzendraht wire trace 4950 is away from second section The first braiding layer 4952 and the second braiding layer 4954 are interconnected at point distance 4933；And fourth node, wherein interlayer compile Knitting stitching line 4950 interconnects the first braiding layer 4952 and the second braiding layer 4954 at the 3rd nodal distance 4934. In some embodiments, this four nodes be defined between the first braiding layer 4952 and the second braiding layer 4954 formed correspond to From three bags of the optional dynamic fit finger piece part of three couple of the heel portion extension of knitting member 4940 or part 4980 Border.It will be understood, however, that in order to be briefly described, the optional dynamic fit finger piece part of this three couple or part 4980 Not shown in the embodiment with reference to Figure 49 06-4908.

Rear heel portion of the section line 4913 through knitting member 4940.To be mapped with reference to the section line 4913 in Figure 49 01 To the cross section in the generally flat form of double-layer structure 4923 that braiding textile element 4900 is presented with reference to Figure 49 02, described two Rotating fields 4923 have node, wherein interlayer litzendraht wire trace 4950 away from braiding textile element 4900 common first edges 4956 away from Interconnect the first braiding layer 4952 and the second braiding layer 4954 away from 4935.It will be appreciated that in some embodiments, The common first edges 4956 of knitting member 4940 can with the common first edges 2156 of the common first edges 210, Figure 21 similar to Fig. 2 and/ Or the mode of the common first edges 2456 in Figure 24 works, because common first edges 4956 can be provided as the first braiding layer 4952 and Continuous braiding layer common to two braiding layers 4954, it is suitable for separating the knitting member 4940 for weaving textile element 4900 simultaneously And form the ankle opening of knitting member 4940 for weaving textile element 4900.

A part of the section line 4914 through the ankle opening close to knitting member 4940 of closing structure 4970.To refer to Section line 4914 in Figure 49 01 is mapped to reference to the presentation braiding textile elements 4900 of Figure 49 02 in generally flat two-layer knot The cross section of the form of structure 4924, the double-layer structure 4924 has：First node, wherein interlayer litzendraht wire trace 4950 are away from altogether With (corresponding to the main body of seamless interior boots or woven vamp 4940) at the distance 4936 of edge 4956 and make the first braiding layer 4952 and the Two braiding layers 4954 are interconnected；And Section Point, wherein interlayer litzendraht wire trace 4950 is away from first node distance 4937 Place's (corresponding to first pair of dynamic fit finger piece part or the distal end of part 4981 of seamless interior boots or woven vamp 4940) makes First braiding layer 4952 and the second braiding layer 4954 are interconnected.

A part of the section line 4915 through the footwear front part 4958 close to knitting member 4940 of closing structure 4970. By with reference to the section line 4915 in Figure 49 01 be mapped to reference to Figure 49 02 present braiding textile element 4900 in generally flat The cross section of the form of double-layer structure 4925, the double-layer structure 4925 has：First node, wherein interlayer litzendraht wire trace 4950 make the first braiding at the distance 4938 of common first edges 4956 (corresponding to seamless interior boots or the main body of woven vamp 4940) The braiding layer 4954 of layer 4952 and second is interconnected；And Section Point, wherein interlayer litzendraht wire trace 4950 is away from first segment At point distance 4939 (correspond to seamless interior boots or woven vamp 4940 from knitting member 4940 extend it is another to dynamic fit Finger piece part or the distal end of part 4983 and 4984) interconnect the first braiding layer 4952 and the second braiding layer 4954.

Footwear front part 4958 of the section line 4916 through knitting member 4940.By with reference to the section line 4916 in Figure 49 01 It is mapped to the cross section in the generally flat form of double-layer structure 4926 that braiding textile element 4900 is presented with reference to Figure 49 02, institute Stating double-layer structure 4926 has：First node, wherein interlayer litzendraht wire trace 4950 are at the distance 4941 of common first edges 4956 Interconnect the first braiding layer 4952 and the second braiding layer 4954；And Section Point, wherein interlayer litzendraht wire trace 4950 Interconnected the first braiding layer 4952 and the second braiding layer 4954 is made at first node distance 4942.In some embodiments In, the two nodes be defined in formed between the first braiding layer 4952 and the second braiding layer 4954 corresponding to from knitting member Another two pairs optional dynamic fit finger piece parts or the border of the bag of part 4985 that 4940 footwear front part 4958 extends.

Footwear front part 4958 of the section line 4917 through knitting member 4940.By with reference to the section line 4917 in Figure 49 01 It is mapped to the cross section in the generally flat form of double-layer structure 4927 that braiding textile element 4900 is presented with reference to Figure 49 02, institute Stating double-layer structure 4927 has：First node, wherein interlayer litzendraht wire trace 4950 are at the distance 4943 of common first edges 4956 Interconnect the first braiding layer 4952 and the second braiding layer 4954；Section Point, wherein interlayer litzendraht wire trace 4950 away from Interconnect the first braiding layer 4952 and the second braiding layer 4954 at first node distance 4944；3rd node, wherein interlayer Litzendraht wire trace 4950 is interconnected making the first braiding layer 4952 and the second braiding layer 4954 at Section Point distance 4945； And fourth node, wherein interlayer litzendraht wire trace 4950 makes the first braiding layer 4952 and at the 3rd nodal distance 4946 Two braiding layers 4954 are interconnected.In some embodiments, these Section Points, the 3rd node and fourth node are defined in What is formed between one braiding layer 4952 and the second braiding layer 4954 is another corresponding to what is extended from the footwear forward region of knitting member 4940 Outer two pairs optional dynamic fit finger piece parts or two borders of bag of part 4985, such as in reference to Figure 49 02 to 4905 Diagram.It will be understood, however, that in order to be briefly described, the optional dynamic fit finger piece part of these two pair or part 4985 Not shown in the embodiment with reference to Figure 49 06-4908.

The footwear front part 4958 of the contact knitting member 4940 of section line 4918 and anterior with the footwear of knitting member 4940 Part 4958 tangentially extends.Braiding textile element is presented with reference to Figure 49 02 by being mapped to reference to the section line 4918 in Figure 49 01 4900 cross section in the generally flat form of double-layer structure 4928, the double-layer structure 4928 has：First node (display Be the narrow point in the double-layer structure 4928 with reference to Figure 49 02), wherein interlayer litzendraht wire trace 4950 away from common first edges 4956 away from Interconnect the first braiding layer 4952 and the second braiding layer 4954 away from 4947；Section Point, wherein interlayer litzendraht wire trace 4950 interconnect making the first braiding layer 4952 and the second braiding layer 4954 at first node distance 4948；3rd node, Wherein interlayer litzendraht wire trace 4950 makes the first braiding layer 4952 and the second braiding layer 4954 at Section Point distance 4949 Interconnect；And fourth node, wherein interlayer litzendraht wire trace 4950 makes the first braiding at the 3rd nodal distance 4951 The braiding layer 4954 of layer 4952 and second is interconnected.In some embodiments, these Section Points, the 3rd node and Section four Point is defined in formed between the first braiding layer 4952 and the second braiding layer 4954 anterior corresponding to the footwear from knitting member 4940 The optional dynamic fit finger piece part of two further pairs or two borders of bag of part 4985 that part 4958 extends, such as are joining Examine what is illustrated in Figure 49 01 to 4905.It will be understood, however, that in order to be briefly described, the optional dynamic fit finger-like of these two pair Thing part or part 4985 are not shown in the embodiment with reference to Figure 49 06 to 4908.

Section line 4919 passes through under the main body of knitting member 4940, and in some embodiments, section line 4919 may pass through the optional braiding dynamic fit finger piece part of the two further pairs extended from the footwear forward region of knitting member 4940 Or one in part 4985.Braiding textile element is presented with reference to Figure 49 02 by being mapped to reference to the section line 4919 in Figure 49 01 4900 cross section in the generally flat form of double-layer structure 4929, the double-layer structure 4929 has：First node, wherein Interlayer litzendraht wire trace 4950 makes the first braiding layer at the distance 4952 of common first edges 4956 away from braiding textile element 4900 4952 and second braiding layer 4954 interconnect；And Section Point, wherein interlayer litzendraht wire trace 4950 is away from first node Interconnect the first braiding layer 4952 and the second braiding layer 4954 at distance 4953.In some embodiments, the two sections Point is defined in formed between the first braiding layer 4952 and the second braiding layer 4954 anterior corresponding to the footwear from knitting member 4940 The border of the bag of in the optional dynamic fit finger piece part 4985 of two couples that area extends, such as is referring to Figure 49 01- Illustrated in 4905.It will be understood, however, that in order to be briefly described, the optional dynamic fit finger piece part of these two pair or portion Points 4985 not shown in the embodiment with reference to Figure 49 06 to 4908.

Including any dynamic fit finger piece part or part (for example, dynamic fit finger piece part or part 4981, 4982nd, 4983 and 4984, and/or any optional dynamic fit finger piece part or part 4980 and/or knit unit 4985) Part 4940 can be removed by any of or later developed removal or separating technology from braiding textile element 4900.At some In embodiment, knitting member 4940 can be by using separating technology (such as above with respect to the cutting work described in Fig. 2 to Fig. 8 Skill) separate braiding textile element 4900 to be gone from textile element 4900 along the interlayer litzendraht wire trace 4950 of knitting member 4940 Except or separate.Knitting member 4940 can also be by any of or later developed separating technology along the quilt of common first edges 4956 Separate, to form ankle opening.For example, in some embodiments, common first edges 4956 are settable to have one or more to weave Indicating section, and knitting member 4940 can along braiding indicating section be separated, to form ankle opening.In some embodiment party In case, knitting member 4940 can be used separating technology (such as above with respect to the cutting technique described in Fig. 2 to Fig. 8) along common Edge 4956 is separated.Similar to the process on the dynamic fit part 3660 and 3662 in Figure 36, dynamic fit finger piece Part or part can be separated along dynamic fit finger piece part or partial perimeter line, to form dynamic fit finger piece portion Part is partial to (for example, to 4981-4982 and to 4983-4984).In the case, it will be apparent that, there may be along Any one in the footwear front part of seamless interior boots or woven vamp 4940, footwear mid portion and heel portion is differently from seamless One or more pairs of dynamic fit finger pieces that the batten (that is, interlayer litzendraht wire trace 4650) of interior boots or woven vamp 4940 extends Part.In some embodiments, dynamic fit finger piece part or part can only on the side of braiding textile element 4900 (for example, only one in) in the first braiding layer 4952 and the second braiding layer 4954 is formed.Those skilled in the art are possible to Easily selection be suitable for desired article of footwear desired Performance Characteristics one or more dynamic fit finger piece parts or Part or one or more pairs of dynamic fit finger piece parts or partial number, position and configuration.

After removal, knitting member 4940 can be operated and/or stretched to form seamless interior boots or woven vamp, such as with reference to figure It is generally shown in 4903 to 4908.

After removal, optionally, knitting member 4940 can be reversed in the way of similar to Figure 37 to Figure 45 or inside is turned over Go out.

The size of braiding textile element 4900 and knitting member 4940 is selectable to formed by knitting member 4940 Desired size is provided in seamless interior boots or woven vamp and/or customization coordinates and Performance Characteristics, such as above with respect in Figure 21 Knitting member 2100 and Figure 24 in knitting member 2400 substantially describe.For example, in some embodiments, chi may be selected Very little 4935,4936,4938,4941,4943,4944 and/or 4947 with provide for seamless interior boots 4940 desired size and/ Or customization coordinates.In some embodiments, size 4937 and 4939 is selectable to provide for dynamic fit finger piece portion The customization of part 4981,4982,4983 and/or 4984 coordinates.Those skilled in the art are possible to be easily the He of knitting member 4940 Any dynamic fit finger piece subassembly selection is adapted to provide for the seamless interior boots formed by knitting member 4940 or woven vamp Desired size and/or customization coordinate the size of (including dynamic fit).

Illustrated by knitting member with reference to sectional side view, bottom sectional view and outer sectional side view within Figure 49 03 to 4905 The 4940 seamless interior boots for being formed or woven vamp, it includes being positioned at optional dynamic of three couple at the heel region of knitting member 4940 State coordinates the optional dynamic fit finger piece of finger piece part 4980, five couple being positioned at the footwear middle region of knitting member 4940 Part (for example, seeing to 4981-4982 and to 4983-4984) and two couple being positioned at the footwear forward region of knitting member 4940 Optional dynamic fit finger piece part 4985.For example, for purposes of illustration, in reference to Figure 49 03,4904 and 4905, using It is illustrated entirely around knit unit in the braiding dynamic fit finger piece part 4981 and 4983 of the medial surface of knitting member 4940 The medial surface of part 4940, and the lateral surface for knitting member 4940 braiding dynamic fit finger piece part 4982 and 4984 It is illustrated to extend with state after its initial removal completely.

Illustrated by optional with five couple in the footwear middle region of knitting member 4940 with reference to profile before Figure 49 06 Dynamic fit finger piece part (for example, wherein braiding dynamic fit finger piece part or part 4982 and 4984 it is fully wrapped around On the medial surface of knitting member 4940, and weave dynamic fit finger piece part 4981 and 4983 and be only partially wrapped in volume Knit on the lateral surface of part 4940) knitting member 4940 formed seamless interior boots or woven vamp.

The seamless interior boots or woven vamp formed by knitting member 4940 are illustrated with reference to profile before Figure 49 07, wherein Five pairs of optional braiding dynamic fit finger pieces part (including to 4981-4982 and to 4983-4984) are completely encapsulated in braiding On both the medial surface of part 4940 and the lateral surface of knitting member 4940.

It is the section line 4908-4908 interceptions along reference Figure 49 07 of seamless interior boots or woven vamp with reference to Figure 49 08 Cross-sectional view.

With reference to as shown in Figure 49 06 and 4907, braiding dynamic fit finger piece part can be around knitting member 4940 Medial surface wrap up, and weave dynamic fit finger piece part can around knitting member 4940 lateral surface wrap up.

With reference to as shown in Figure 49 06 and 4907, in some embodiments, by knitting member 4940 formed it is seamless Interior boots or woven vamp may include the continuous braiding layer at footwear front part 4958.That is, seamless interior boots or woven vamp 4940 may include the continuous braiding that is formed by the first braiding layer 4952, the second braiding layer 4954 and interlayer litzendraht wire trace 4950 Layer.

In some embodiments, knitting member 4940 may include closed-system 4970.In some embodiments, close System may include enclosed member 4972, braiding hole or eyelet 4974 and shoestring 4976.

In some embodiments, braiding dynamic fit finger piece part 4981 and/or 4982 can be wrapped up and around volume Knit part 4940 so that the distal end of braiding dynamic fit finger piece part 4981 and/or 4982 is corresponding with closed-system 4970. In some embodiments, the distal end of braiding dynamic fit finger piece part 4981 and 4982 may include to weave the He of enclosed member 4986 At least one braiding hole or eyelet 4987.In some embodiments, braiding dynamic fit finger piece part 4981 and 4982 can Wrapped up around knitting member 4940 so that at least one enclosed member 4986 of braiding dynamic fit finger piece part 4981 and extremely At least one enclosed member 4986 and at least one of a few eyelet 4987 and/or braiding dynamic fit finger piece part 4982 At least one enclosed member 4972 of eyelet 4987 and seamless interior boots or woven vamp 4940 and eyelet 4974 is registering aligns.Such as exist With reference to shown in Figure 49 08, in some embodiments, multiple enclosed members 4972,4988 and eyelet of closed-system 4970 4974th, 4987 and braiding dynamic fit finger piece part 4981 and 4982 can be arranged with registration.In the case, it will be understood that It is that closed-system 4970 and the dynamic fit system including braiding dynamic fit finger piece part 4981 and 4982 can be used altogether Same shoestring 4976, with reference to as shown in Figure 49 08.In some embodiments, braiding dynamic fit finger piece part 4981 The shoestrings or other tension structures different from closed-system 4970 can be used with 4982.In some embodiments, knitting member 4940 may include containing braiding dynamic fit finger piece part 4981 and 4982 and not contain the dynamic of any closed-system and match somebody with somebody Syzygy is united.Those skilled in the art are possible to select the closed-system for being suitable for desired article of footwear and dynamic fit part Combination.

Figure 50 illustrates the another embodiment of the knitting member 5040 of overall warp knit construction state or condition after removal. As shown in Figure 50, in some embodiments, knitting member 5040 may include three pairs of optional braiding dynamic fit finger-like Thing part.First pair of optional braiding dynamic fit finger piece part 5080 and 5081 can be positioned on the rear footwear of knitting member 5040 Heel office, wherein weaving dynamic fit finger piece part 5080 by the first braiding layer 5052 in interlayer litzendraht wire trace 5050 The part formation at place, and dynamic fit finger piece part 5081 is woven by the second braiding layer 5054 in interlayer braiding stitching Part formation at line 5050.Second pair of optional dynamic fit finger piece part 5082 and 5083 can be positioned on knitting member 5040 bottom heel part office, wherein braiding dynamic fit finger piece part 5082 is compiled by the first braiding layer 5052 in interlayer The part formation at stitching line 5050 is knitted, and weaves dynamic fit finger piece part 5083 and existed by the second braiding layer 5054 Part formation at interlayer litzendraht wire trace 5050.3rd pair of optional dynamic fit finger piece part 5084 and 5085 can be determined Position is at the footwear front part of knitting member 5040, wherein braiding dynamic fit finger piece part 5084 is by the first braiding layer 5052 At interlayer litzendraht wire trace 5050 a part formation, and weave dynamic fit finger piece part 5085 by second braiding The part formation at interlayer litzendraht wire trace 5050 of layer 5054.In some embodiments, knitting member 5040 can be wrapped Include braiding closing structure 5070.In some embodiments, braiding closing structure may include multiple braiding Hes of enclosed member 5072 Multiple braiding hole or eyelet 5074.

In some embodiments, knitting member 5040 can be from braiding textile element removal.For example, in some embodiments In, knitting member 5040 can substantially correspond to the knitting member 4940 of the braiding textile element 4900 in Figure 49.In some realities Apply in scheme, knitting member 5040 can be removed by separating technology (such as by cutting technique) from braiding textile element.

After removal, optionally, knitting member 5040 can be reversed in the way of similar to Figure 37 to Figure 45 or inside is turned over Go out.

The size of knitting member 5040 is selectable in the seamless interior boots or woven vamp formed by knitting member 5040 It is middle that desired size and/or customization cooperation and Performance Characteristics are provided, such as above with respect to the knitting member 2100 in Figure 21 and figure What the knitting member 2400 in 24 was substantially described.For example, in some embodiments, may be selected to correspond to and be positioned at knitting member The size 5091 of the length of the optional dynamic fit finger piece part 5080 and 5081 in 5040 rear heel portion, correspondence The length of the optional dynamic fit finger piece part 5082 and 5083 in the bottom heel region for being positioned at knitting member 5040 Size 5092 and corresponding to the optional dynamic fit finger piece part being positioned in the footwear forward region of knitting member 5040 The size 5093 of 5084 and 5085 length is coordinated with providing for the desired size of seamless interior boots 5040 and/or customization.This Art personnel be possible to easily for knitting member 5040 and any dynamic fit finger piece subassembly selection be adapted to provide for by The seamless interior boots of the formation of knitting member 5040 or the desired size of woven vamp and/or customization coordinate (including dynamic fit) Size.

Profile illustrates the seamless interior boots or woven vamp formed by the knitting member 5040 of Figure 50 to Figure 51 in the past, wherein Optional braiding dynamic fit finger piece part or part 5080,5082 and 5084 is partially wrapped in the interior of knitting member 5040 Braiding dynamic fit finger piece part 5081,5083 and 5085 on side and optional is partially wrapped in knitting member On 5040 lateral surface.As shown in Figure 51, braiding dynamic fit finger piece part 5080 can be in the direction of arrow 5110 The heel portion parcel behind the inner side of knitting member 5040, and dynamic fit finger piece part 5081 can be in arrow 5112 Direction behind the outside of knitting member 5040 heel portion parcel.Similarly, dynamic fit finger piece part 5082 can be with Wrapped up around the inside bottom heel portion of knitting member 5040 in the direction of arrow 5114, and dynamic fit finger piece part 5083 can wrap up in the direction of arrow 5116 around the exterior bottom heel portion of knitting member 5040.Similarly, weave dynamic State cooperation finger piece part 5084 can be wrapped up in the direction of arrow 5118 around the inner side footwear front part of knitting member 5040, And dynamic fit finger piece part 5085 can be in the direction of arrow 5120 around the lateral shoe front portion portion of knitting member 5040 Subpackage is wrapped up in.

The seamless interior boots or woven vamp formed by knitting member 5040 are illustrated with reference to profile before Figure 50 07, wherein Three pairs of optional braiding dynamic fit finger piece parts (i.e., to 5080-5081, to 5082-5083 and to 5084-5085) are completely It is wrapped on both lateral surfaces of the medial surface of knitting member 4940 and knitting member 4940.

In some embodiments, braiding dynamic fit finger piece part 5080,5081,5082,5083,5084,5085 Can wrap up and around knitting member 5040 so that braiding dynamic fit finger piece part 5080,5081,5082,5083, 5084th, 5085 distal end is corresponding with closed-system 5070.In some embodiments, dynamic fit finger piece part is woven 5080th, 5081,5082,5083,5084,5085 distal end may include braiding enclosed member 5086 and at least one braiding hole or Eyelet 5087.In some embodiments, braiding dynamic fit finger piece part 5080,5081,5082,5083,5084,5085 Can wrap up and around knitting member 5040 so that at least one braiding dynamic fit finger piece part 5080,5081,5082, 5083rd, 5084,5,085 at least one enclosed member 5086 and at least one eyelet 5087 and seamless interior boots or woven vamp 5040 at least one enclosed member 5072 and the registration alignment of eyelet 5074.As shown in Figure 52, in some embodiments, Multiple enclosed members 5072,5086 and eyelet 5074,5087 and braiding dynamic fit finger piece part of closed-system 5070 5080th, 5081,5082,5083,5084,5085 can be arranged with registration.In the case, it will be appreciated that, closed-system 5070 And the dynamic fit system including braiding dynamic fit finger piece part 5080,5081,5082,5083,5084,5085 can make With common shoestring.In some embodiments, braiding dynamic fit finger piece part 5080,5081,5082,5083,5084, 5085 can be used the shoestrings or other tension structures different from closed-system 5070.In some embodiments, knitting member 5040 may include to appoint containing braiding dynamic fit finger piece part 5080,5081,5082,5083,5084,5085 and not containing The dynamic fit system of what closed-system.Those skilled in the art are possible to the closed system for selecting to be suitable for desired article of footwear The combination of system and dynamic fit part.

This description of embodiment is related to may include the method and structure for providing closure, tensioning and/or dynamic fit Article of footwear.Entitled " the Article With Closed submitted on July 11st, 2013 of Tiffany Beers The total U.S. Patent Application No. 13/ of Instep Portion Having Variable Volume " (PLG 51-2970) 939, No. 208 method and structures disclosed for providing closure, tensioning and/or dynamic fit for article of footwear, it is public Open and be hereby incorporated by reference in its entirety.Those skilled in the art are possible to the expectation that easily selection is suitable for and is such as disclosed herein and require Seamless interior boots or woven vamp the embodiment closing structure, tension structure and/or the dynamic fit structure that are used together.

Although it have been described that various embodiments, but the description is intended to exemplary, rather than limitation, and will It will be apparent to those of ordinary skill in the art that many more embodiments and embodiment party in the range of the present embodiment Formula is possible.Therefore, the present embodiment is unrestricted, except in view of in addition to appended claims and its equivalent.And, institute Can various modifications and variations can be made in the range of attached claim.

Claims

1. it is a kind of manufacture article of footwear method, including：

The braiding textile element of the overall warp knit construction of braiding, the braiding textile element has：

First braiding layer,

Second braiding layer, second braiding layer covers first braiding layer, and along first braiding layer and described The common first edges of the Common openings in the second braiding layer be with first braiding layer it is continuous, the Common openings it is described common Extend in the direction of weaving with edge,

First interlayer litzendraht wire trace, the first interlayer litzendraht wire trace makes first braiding layer and second braiding layer Interconnect, the common first edges of the Common openings and the first interlayer litzendraht wire trace define knitting member jointly The profile of the first knitting member part, first knitting member is partially configured to form seamless interior boots, and

Second knitting member part of the knitting member, the neighbour that the second knitting member part passes through first braiding layer Second continuous part of the neighbouring described Common openings of first continuous part and second braiding layer of the nearly Common openings The first knitting member part is seamlessly connected to,

Second interlayer litzendraht wire trace, the second interlayer litzendraht wire trace makes first braiding layer and second braiding layer It is spaced apart in second continuous part of first continuous part and second braiding layer with first braiding layer Position at interconnect, the second interlayer litzendraht wire trace defines the profile of the second knitting member part, and

The first knitting member part and the second knitting member part are collectively forming the knitting member；

The knitting member is removed from the braiding textile element；And

Second knitting member is partially folded in first braiding layer of the first knitting member part and described In the inner bag formed between second braiding layer.

2. method according to claim 1, includes braiding for the described first volume wherein weaving the braiding textile element The closing structure of at least one of element portion and the second knitting member part is knitted, the closing structure is described first Second continuous part of first continuous part of braiding layer and the neighbouring described Common openings of second braiding layer Place is braided.

3. method according to claim 2, wherein weaving the closing structure includes that braiding is related to the closing structure Multiple braiding enclosed members.

4. method according to claim 2, wherein weaving the closing structure includes that braiding is related to the closing structure And be configured to related to the tension element of the closing structure multiple braiding holes.

5. method according to claim 1, includes braiding for the described first volume wherein weaving the braiding textile element The dynamic fit structure of at least one of element portion and the second knitting member part is knitted, the dynamic fit structure exists Described the second of first continuous part of first braiding layer and the neighbouring described Common openings of second braiding layer It is braided at continuous part.

6. method according to claim 5, wherein weaving the dynamic fit structure includes braiding and the dynamic fit Structure it is related and be configured to related to the tension element of the dynamic fit structure multiple weave holes.

7. method according to claim 1, wherein weaving the braiding textile element is included in first braiding layer Woven at second continuous part of the neighbouring described Common openings of first continuous part and second braiding layer and used In the closing structure of the first knitting member part, and in first continuous part of first braiding layer and described Woven for the second knitting member part at second continuous part of the neighbouring described Common openings of the second braiding layer Dynamic fit structure.

8. method according to claim 7, wherein weaving the closing structure includes that braiding is related to the closing structure Multiple braiding holes, and weave the dynamic fit structure and include that multiple related to the dynamic fit structure of braiding weave Hole.

9. method according to claim 8, wherein in the multiple braiding hole related to the closing structure at least One is configured to and at least one of the braiding hole related to the dynamic fit structure is alignd in registry each other.

10. method according to claim 1, wherein the first knitting member part is seamless interior boots, and described In seamless interior boots that two knitting member parts are arranged to be arranged in the footwear middle region of the article of footwear, seamless dew toe boots and One kind in instep support member.

11. methods according to claim 1, wherein weaving the braiding textile element includes that braiding at least one is indicated The braiding indicating section of the first fold line in first continuous part of first braiding layer and braiding at least one Indicate the braiding indicating section of the second fold line in second continuous part of second braiding layer.

12. methods according to claim 1, wherein the first knitting member part is seamless interior boots, and described Two knitting member parts are flaps.

13. methods according to claim 12, wherein weaving the braiding textile element includes at least one instruction of braiding The first fold line for the second knitting member part in first continuous part of first braiding layer Braiding indicating section and braiding at least one indicate in second continuous part of second braiding layer for institute State the braiding indicating section of the second fold line of the second knitting member part.

14. methods according to claim 12, include braiding for described first wherein weaving the braiding textile element First closing structure of knitting member part and weave the second closing structure for the second knitting member part, described the One closing structure includes related to first closing structure more than first braiding holes, and second closing structure includes and institute State more than second related braiding holes of the second closing structure, more than described first braiding hole and more than second braidings hole configuration For accommodating common tension element.

15. methods according to claim 14, wherein more than related to first closing structure described first braiding At least one of hole is configured to and more than related to second closing structure described second weaves at least one of hole Align in registry each other.

16. methods according to claim 12, wherein weaving the second knitting member part includes braiding at least one Indicate the described of first continuous part of first braiding layer and the neighbouring described Common openings of second braiding layer The braiding indicating section of the ear portion in second continuous part of common first edges.

17. methods according to claim 16, wherein second knitting member is partially folded into first braiding Element portion includes the continuous footwear front part of the neighbouring described seamless interior boots formed by the first knitting member part Fold the ear portion.

18. methods according to claim 17, also including making the ear portion of the second knitting member part attached It is connected to the described continuous footwear front part of the seamless interior boots.

19. methods according to claim 1, wherein weaving the second knitting member part of the braiding textile element Indicating section is woven including braiding at least one, at least one braiding indicating section connects the end of the Common openings jointly Portion and a part for the second interlayer litzendraht wire trace, at least one braiding indicating section and second interlayer braiding Stitching line defines the profile of the second knitting member part of the knitting member jointly.

20. methods according to claim 1, wherein weaving the braiding textile element also includes braiding at least one first Braiding indicating section and at least one second braiding indicating sections, described at least one first braiding indicating sections connect institute jointly The Part I of Common openings and the second interlayer litzendraht wire trace is stated, described at least one second braiding indicating sections are common Connect the first interlayer litzendraht wire trace and the second interlayer litzendraht wire trace, described at least one first braiding instruction units Divide, described at least one second braiding indicating sections and the second interlayer litzendraht wire trace define the knitting member jointly The profile of the second knitting member part.

21. methods according to claim 1, also including making the knitting member be associated with footwear sole construction.

22. methods according to claim 1, are also inserted in the institute of the first knitting member part including will insert component State between the first braiding layer and first braiding layer of the second knitting member part formed bag and described first compile Knit the bag formed between second braiding layer of element portion and second braiding layer of the second knitting member part At least one of in.

A kind of 23. methods of braiding textile element, the braiding textile element includes the knitting member for article of footwear, Methods described includes：

First braiding layer,

First interlayer litzendraht wire trace, the first interlayer litzendraht wire trace makes first braiding layer and second braiding layer Interconnect, the common first edges of the Common openings and the first interlayer litzendraht wire trace define knitting member jointly The profile of the first knitting member part, first knitting member is partially configured to form seamless interior boots,

Second knitting member part of the knitting member, the neighbour that the second knitting member part passes through first braiding layer Second continuous part of the neighbouring described Common openings of first continuous part and second braiding layer of the nearly Common openings Seamlessly it is connected to the first knitting member part；And

Second interlayer litzendraht wire trace, the second interlayer litzendraht wire trace makes first braiding layer and second braiding layer It is spaced apart in second continuous part of first continuous part and second braiding layer with first braiding layer Position at interconnect, the second interlayer litzendraht wire trace defines the profile of the second knitting member part,

The first knitting member part and the second knitting member part are collectively forming the knitting member.

A kind of 24. article of footwear, including：

The knitting member of overall warp knit construction, the knitting member includes：

First braiding layer, first braiding layer includes Part I and Part II, and the Part I is formed and is configured to nothing The medial surface of the first knitting member part of boots in seam, the Part II and the Part I are continuous and form the The medial surface of two knitting member parts；

Second braiding layer, second braiding layer includes Part I and Part II, described the first of second braiding layer Part formed be configured to the seamless interior boots the first knitting member part lateral surface, second braiding layer it is described Part II and the Part I of second braiding layer are continuous and form the second knitting member part Lateral surface, the Part I of second braiding layer passes through described seamless with the Part I of first braiding layer The continuous vamp footwear front part of interior boots is continuous；

First interlayer litzendraht wire trace, the first interlayer litzendraht wire trace makes be configured to the seamless interior boots described first to compile The medial surface for knitting element portion and the lateral surface of the first knitting member part for being configured to the seamless interior boots Interconnect, and the center line of the heel portion, bottom point and preceding toe portion approximately along the seamless interior boots extends；With And

Second interlayer litzendraht wire trace, the second interlayer litzendraht wire trace makes the inner side of the second knitting member part The lateral surface of face and the second knitting member part is interconnected.

25. article of footwear according to claim 24, wherein the Part II of first braiding layer and described The Part II of two braiding layers is formed through the single of the interior vamp footwear front part of the second knitting member part Pantostrat.

26. article of footwear according to claim 24, wherein the second interlayer litzendraht wire trace is approximately along described In at least one of the inside heel portion of two knitting member parts, internal footwear middle part bottom point and internal preceding toe portion Heart line extends.

27. article of footwear according to claim 24, also include：

At least one braiding indicating section, at least one braiding indicating section indicates to be configured to the described of the seamless interior boots First knitting member is partially separated line.

28. article of footwear according to claim 24, wherein the Part II of first braiding layer and described The Part II of two braiding layers forms the second knitting member part.

29. article of footwear according to claim 24, wherein the Part I of first braiding layer and described The Part I of two braiding layers includes the closing structure for the first knitting member part.

30. article of footwear according to claim 29, wherein for the closure knot of the first knitting member part Structure includes more than first braiding holes for accommodating the first tension element.

31. article of footwear according to claim 30, wherein in more than described the first of the closing structure braiding hole At least one braiding hole is configured to weave at least one of holes with more than second formed in the second knitting member part Braiding hole is alignd in registry, and the closing structure for the first knitting member part more than described first braidings In more than the described second braiding holes formed at least one braiding hole and the second knitting member part in hole At least one braiding hole is configured to accommodate common tension element.

32. article of footwear according to claim 24, wherein the Part II of first braiding layer and described The Part II of two braiding layers formed the seamless interior boots equipped with gusset flap.

33. article of footwear according to claim 32, wherein described include more than first braiding holes equipped with gusset flap A braiding hole more than second, more than described first braiding hole is formed in the Part II of first braiding layer, described More than second braiding hole is formed in the Part II of second braiding layer.

34. article of footwear according to claim 33, wherein more than described first braiding hole and more than second braidings Hole is configured to align in registry.